Category: Science

  • MIL-OSI Global: $Trump and $Melania crypto tokens illustrate the risks posed by trendy meme coins

    Source: The Conversation – Canada – By Anwar Sheluchin, PhD Candidate, Political Science, McMaster University

    An image on a Trump meme coin website. (GetTrumpMemes.com)

    Meme coins like the ones recently launched by United States President Donald Trump and his wife, Melania, are a hot trend in the cryptocurrency ecosystem. The rise of these digital tokens reflects the influence of internet culture and community-driven hype on the market, distinguishing them from more traditional cryptocurrencies with well-defined uses or technical foundations.

    The value of a meme coin is often driven by social media hype, community engagement and celebrity endorsements. But political meme coins seem to offer a new use: the potential to turn civic engagement into speculative assets.

    As someone who researches financial governance and digital currencies, I want to delve into various cryptocurrency initiatives. This is not intended as financial advice.

    Politics meets crypto

    In recent years, the cryptocurrency landscape has witnessed the emergence of political meme coins, digital tokens centred around political figures or movements.

    During the 2024 U.S. presidential election, a number of political meme coins emerged, inspired by political figures like Trump, Joe Biden and Kamala Harris. These coins, often unaffiliated with the politicians they reference, typically have misspelled names (for example, Jeo Boden instead of Joe Biden).

    Political meme coins merge finance, technology and politics in an unprecedented way, potentially serving as a gauge of public sentiment and political trends.

    Trump’s official $Trump token is a prime example of how cryptocurrencies can transform political support into a financial product. However, the value of a meme coin is highly speculative, as it often relies on public perception and market demand, among other things, rather than any intrinsic worth.

    According to the terms and conditions on the site where the coins are sold, “Trump Memes are intended to function as an expression of support” and come with “absolutely no promise or guarantee that the Trump Memes will increase in value or maintain the same value as the amount you paid.”

    This disclaimer highlights the speculative nature of such tokens while also raising ethical concerns about the potential to exploit political supporters for financial gain.

    MAGA credit card

    Trump’s meme coin isn’t his first venture into crypto. Previously, he released a series of digital trading cards (NFTs) that enabled cardholders to have dinner with the president.
    Third parties are building on the hype around Trump and his brand, releasing products like the limited-edition MAGA Card.

    Described as “a collector’s item and the ultimate way to spend your $TRUMP tokens,” the credit card claims to integrate Trump’s meme coin with everyday financial transactions in a bid to appeal to supporters of the president’s MAGA movement.

    However, The American Patriot’s Card — the company behind the credit card — does not appear to have any affiliation with Trump. Unlike the $Trump token, which clearly discloses its connection to Trump, the MAGA Card lacks such transparency, illustrating how the door has been opened to misrepresentation and opportunistic marketing schemes that exploit political supporters.

    Regulatory environment

    The cryptocurrency industry spent millions during the 2024 U.S. election backing crypto-friendly candidates and selling the story that crypto voters are an important voting bloc.

    This investment aimed to shape political discourse, leading presidential candidates to make promises and propose policies that aligned with the interests of the cryptocurrency industry.

    While Trump has signalled his intention to provide clear regulatory guidelines for the cryptocurrency industry, the launch of his meme coin — coupled with low public understanding of cryptoassets — could lead to financial losses from risky and speculative investments.

    Take for example, what are known as pump-and-dump schemes that have become relatively common in the cryptocurrency ecosystem. These schemes involve artificially inflating the price of an asset to sell it at a profit. After the asset is “dumped,” the price crashes, leaving investors with significant losses.

    Without appropriate guardrails in place, the need to protect investors becomes increasingly urgent.

    Relevance to Canada

    The Canadian government has expressed some concern over the role of cryptocurrency in politics. Compared to the U.S., Canada has strict campaign financing rules aimed at preventing the undue influence of money in politics and ensuring a fair and transparent democratic process.

    This means that the cryptocurrency industry likely won’t be able to influence Canadian elections in the same way they might have south of the border. Canada’s existing regulatory framework has already led to several cryptocurrency exchanges leaving the country.

    Currently, political entities in Canada can only accept cryptocurrency contributions if Elections Canada can verify the public wallet addresses and transaction amounts involved.

    However, Bill C-65 — the Electoral Participation Act — proposes regulatory requirements related to contributions that are “difficult to trace.” Specifically, political parties and candidates would be prohibited from accepting contributions in the form of “a cryptoasset, money order or prepaid payment method.” The recent prorogation of Parliament has shelved the amendments proposed in C-65, but these concerns remain relevant for future legislation.

    Risky convergence

    Discussions in the House of Commons on Bill C-65, particularly regarding cryptoasset donations, emphasize the need for a ban to prevent foreign entities from influencing Canadian elections.

    This was likely a response to concerns about foreign entities financially supporting the so-called Freedom Convoy through cryptocurrency donations, despite CSIS stating that the money did not appear to be coming from foreign states, organizations or citizens.

    The rise of political meme coins demonstrates how politics, finance and technology are merging in new and sometimes risky ways. While these coins may seem like a joke or a new way to engage with politics, the absence of proper regulations could leave political supporters vulnerable to exploitation for financial gain.

    Anwar Sheluchin receives funding from the Social Sciences and Humanities Research Council of Canada.

    ref. $Trump and $Melania crypto tokens illustrate the risks posed by trendy meme coins – https://theconversation.com/trump-and-melania-crypto-tokens-illustrate-the-risks-posed-by-trendy-meme-coins-247781

    MIL OSI – Global Reports

  • MIL-OSI Global: Disaster evacuations can take much longer than people expect − computer simulations could help save lives and avoid chaos

    Source: The Conversation – USA – By Ashley Bosa, Postdoctoral Researcher, Hazards and Climate Resilience Institute, Boise State University

    Wildfire smoke rises beyond homes near Castaic Lake as another California wildfire spread on Jan. 22, 2025. AP Photo/Marcio Jose Sanchez

    When a wildfire notification goes off on your mobile phone, it can trigger all kinds of emotions and confusion.

    You might glance outside and see no smoke. Across the street, your neighbors have mixed reactions: One is leisurely walking their dog, another is calmly packing a small bag, while a third appears to be preparing for an extended vacation.

    The notification advises you to grab your “go bag,” but then panic can set in as you realize you don’t have one ready. So, you scour the local emergency management website for guidance and discover how much you’ve overlooked: important documents such as birth certificates, an extra flashlight, your children’s medications, a phone charger.

    Before you can gather your thoughts, a second notification arrives – this time telling you to evacuate.

    Packing the car, wrangling children or a skittish cat, figuring out where to go – it can feel frenzied in the face of danger. As you pull out, you join a traffic jam on your street, with a black smoke plume rising nearby and neighbors still loading their cars.

    This chaos highlights a worst-case scenario for wildfire evacuations – one that can cause delays, heighten risks for evacuees and complicate access for emergency responders. It’s why researchers like me who study natural hazards are developing ways to help communities recognize where residents may need the most help and avoid evacuation bottlenecks in the face of future disasters.

    The importance of being prepared

    Confusion is common in the face of disasters, and it underscores the need for communities and individuals to be prepared.

    Delays in evacuating, or the inability to evacuate safely, can have catastrophic consequences, not only for those trying to flee but also for the first responders and emergency managers working to manage the crisis. These delays often stem from a lack of preparedness or uncertainty about when and how to act.

    A study of survivors of an Australian wildfire that killed 172 people in the state of Victoria in 2009 found that two-thirds of survivors reported that they had carried out an existing disaster plan, while researchers found the majority of those who died either didn’t follow a disaster plan or couldn’t. Forecasters had warned that high temperatures were coming with very low humidity, and public alerts had gone out about the high fire risk.

    Residents had little time to evacuate as the Eaton Fire spread into Altadena, Calif., on Jan. 7, 2025. Source: NBC.

    How people perceive risks and the environmental and social cues around them – such as how much smoke they see, their neighbors’ choices or the wording of the notification – will directly affect the speed of their response.

    Past experience with a disaster evacuation also has an impact. Rapid population growth in recent years in the wildland-urban interface – areas where human development meets wildfire-prone areas – has meant that more people with little or no experience with wildfires are living in fire-risk areas. Wildland areas also tend to have fewer evacuation routes, making mass evacuations more difficult and time-consuming.

    Adding to the complexity is the fact that large wildfires are occurring in regions not historically prone to such events and during times of the year traditionally considered outside of wildfire season. This shift has left communities and emergency response teams grappling with unprecedented challenges, particularly when it comes to evacuations.

    Computer models can help spot risks

    To address these challenges, researchers are developing systems to help communities model how their residents are likely to respond in the event of a disaster.

    The results can help emergency crews understand where bottlenecks are likely to occur along evacuation routes, depending on the timing of the notice and the movement of the fire. They can also help fire managers understand where neighborhoods may need to be notified faster or need more help evacuating.

    Firefighters inspect burned out cars along a road in Paradise, Calif., after a deadly fire swept through the wooded area in November 2018. Some people abandoned their cars when they became trapped in traffic with few ways out.
    AP Photo/John Locher

    My team at the Hazard and Climate Resilience Institute at Boise State University is working on one of these projects. We have been surveying communities across Idaho and Oregon to assess how people living in the wildland-urban interface areas perceive wildfire risks and prepare for evacuations.

    Using those surveys, we can capture household-level decision data, such as which evacuation routes these residents would take, how many cars they plan to drive and where they would evacuate to.

    We can also gauge how prepared residents would be to evacuate, or whether they would likely stay and try to defend their home instead.

    Evacuating nursing homes takes time and special resources, including evacuation sites that can meet people’s health needs. When the Eaton Fire swept into Altadena, Calif., on Jan. 7, 2025, a senior care facility had little time to get its residents safely away.
    AP Photo/Ethan Swope

    With that data, we can simulate how long it will take emergency response teams to evacuate an entire community safely. The models could also show where difficulties with evacuations might be likely to arise and help residents understand how they can adjust their evacuation plans for a safer escape for everyone.

    Bridging the gap between awareness and action

    One of the key goals of this research is to bridge the gap between awareness and action.

    While many residents in wildfire-prone areas understand the risks, translating that knowledge into concrete preparations remains a challenge. The concept of a “go bag,” for example, is widely promoted but often poorly understood. Essential items such as medications, important documents and pet supplies are frequently overlooked until it’s too late.

    Clear and timely communication during wildfire crises is also essential. Evacuation warning messages such as “Ready, Set, Go!” are designed to prompt specific actions, but their effectiveness depends on residents understanding and trusting the system. Delayed responses or mixed signals can create confusion.

    As wildfire risk rises for many communities, preparedness is no longer optional – it’s a necessity. Emergency notifications vary by state and county, so check your local emergency management office to understand what to expect and sign up for alerts. Being prepared can help communities limit some of the most devastating impacts of wildfires.

    Ashley Bosa receives funding from the National Science Foundation Grant No. 2230595 for the project titled “Collaborative Research: Household Response to Wildfire ? Integrating Behavioral Science and Evacuation Modeling to Improve Community Wildfire Resilience.”

    ref. Disaster evacuations can take much longer than people expect − computer simulations could help save lives and avoid chaos – https://theconversation.com/disaster-evacuations-can-take-much-longer-than-people-expect-computer-simulations-could-help-save-lives-and-avoid-chaos-247668

    MIL OSI – Global Reports

  • MIL-OSI Global: The global wildlife trade is an enormous market – the US imports billions of animals from nearly 30,000 species

    Source: The Conversation – USA – By Michael Tlusty, Professor of Sustainability and Food Solutions, UMass Boston

    U.S. Fish and Wildlife agents inspect a shipment of reptiles at the Port of Miami. U.S. GAO

    When people think of wildlife trade, they often picture smugglers sneaking in rare and endangered species from far-off countries. Yet most wildlife trade is actually legal, and the United States is one of the world’s biggest wildlife importers.

    New research that we and a team of colleagues published in the Proceedings of the National Academy of Sciences shows that, over the last 22 years, people in the U.S. legally imported nearly 2.85 billion individual animals representing almost 30,000 species.

    Some of these wild animals become pets, such as reptiles, spiders, clownfish, chimpanzees and even tigers. Thousands end up in zoos and aquariums, where many species on display come directly from the wild.

    Medical research uses macaque monkeys and imports up to 39,000 of them every year. The fashion trade imports around 1 million to 2 million crocodile skins every year. Hunting trophies are also included in wildlife.

    How many species are legally traded worldwide?
    Benjamin Marshall, et al., 2024, PNAS, CC BY-SA

    The largest number of imported species are birds – 4,985 different species are imported each year, led by Muscovy ducks, with over 6 million imported. Reptiles are next, with 3,048 species, led by iguanas and royal pythons. These largely become pets.

    Not all wildlife are wild

    We found that just over half of the animals imported into the U.S. come from the wild.

    Capturing wildlife to sell to exporters can be an important income source for rural communities around the world, especially in Africa. However, wild imported species can also spread diseases or parasites or become invasive. In fact, these risks are so worrying that many imported animals are classed as “injurious wildlife” due to their potential role in transmitting diseases to native species.

    Captive breeding has played an increasingly dominant role in recent years as a way to limit the impact on wild populations and to try to reduce disease spread.

    However over half the individual animals from most groups of species, such as amphibians or mammals, still come from the wild, and there is no data on the impact of the wildlife trade on most wild populations.

    Trade may pose a particular risk when species are already rare or have small ranges. Where studies have been done, the wild populations of traded species decreased by an average of 62% across the periods monitored.

    Sustainable wildlife trade is possible, but it relies on careful monitoring to balance wild harvest and captive breeding.

    Data is thin in many ways

    For most species in the wildlife trade, there is still a lot that remains unknown, including even the number of species traded.

    With so many species and shipments, wildlife inspectors are overwhelmed. Trade data may not include the full species name for groups like butterflies or fish. The values in many customs databases are reported by companies but never verified.

    Macaques, used in medical research, are the most-traded primates globally, according to an analysis of U.S. Fish and Wildlife data.
    Davidvraju, CC BY-SA

    In our study, we relied on the U.S. Fish and Wildlife Service’s Law Enforcement Management Information System, a wildlife import-export data collection system. However, few countries collate and release data in such a standardized way; meaning that for the majority of species legally traded around the world there is no available data.

    For example, millions of Tokay geckos are imported as pets and for medicine, and are often reported to be bred in captivity. However, investigators cannot confirm that they weren’t actually caught in the wild.

    Why tracking the wildlife trade is important

    Biodiversity has a great number of economic and ecological benefits. There are also risks to importing wildlife. Understanding the many species and number of animals entering the country, and whether they were once wild or farmed, is important, because imported wildlife can cause health and ecological problems.

    Wildlife can spread diseases to humans and to other animals. Wild-caught monkeys imported for medical research may carry diseases, including ones of particular risk to humans. Those with diseases are more likely to be wild than captive-bred.

    The most-traded mammals worldwide are minks, which are valued for their fur but can spread viruses to humans and other species. About 48 million minks are legally traded annually, about 2.8% wild-caught and the majority raised, according to U.S. Fish and Wildlife data.
    Colin Canterbury/USFWS

    Species that aren’t native to the U.S. may also escape or be released into the wild. Invasive species can cause billions of dollars in damage by consuming and outcompeting native wildlife and spreading diseases.

    We believe better data on the wildlife trade could be used to set management goals, such as harvest quotas or no-take policies for those species in their country of origin.

    What’s next

    The researchers involved in this study come from institutes around the world and are all interested in improving data systems for wildlife trade.

    Some of us focus on how e-commerce platforms such as Etsy and Instagram have become hotspots of wildlife trade and can be challenging to monitor without automation. Esty announced in 2024 that it would remove listings of endangered or threatened species. Others build tools to help wildlife inspectors process the large number of shipments in real time. Many of us examine the problems imported species cause when they become invasive.

    In the age of machine learning, artificial intelligence and big data, it’s possible to better understand the wildlife trade. Consumers can help by buying less, and making informed decisions.

    Michael Tlusty is a founding member of the Wildlife Detection Partnership and co-developed the Nature Intelligence System, which assists governments in collecting more accurate wildlife data..

    Andrew Rhyne is currently on sabbatical funded by the Canada Border Services Agency (CBSA), focused on the wildlife trade data. He is a founding member of the Wildlife Detection Partnership and co-developed the Nature Intelligence System, which assists governments in collecting more accurate wildlife data.

    Alice Catherine Hughes does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

    ref. The global wildlife trade is an enormous market – the US imports billions of animals from nearly 30,000 species – https://theconversation.com/the-global-wildlife-trade-is-an-enormous-market-the-us-imports-billions-of-animals-from-nearly-30-000-species-247197

    MIL OSI – Global Reports

  • MIL-OSI: E Ink and Cream Guitars Debuted World’s First Color-Changing Guitar

    Source: GlobeNewswire (MIL-OSI)

    BILLERICA, Mass., Jan. 28, 2025 (GLOBE NEWSWIRE) — E Ink (8069.TW) the originator, pioneer, and global commercial leader in ePaper technology, announced its collaboration with Cream Guitars that features the world’s first color-changing guitars. Cream Guitars integrated E Ink Prism 3 ePaper into the Voltage DaVinci design and showcased the latest models at NAMM 2025.

    True tastemakers, Cream Guitars is challenging legacy manufacturers by adopting cutting-edge technology that not only inspires artists and onlookers but also pushes the boundaries of personalization and customization. The E Ink wrapped guitars feature seven colors and enables players to express themselves in unique ways.

    “We had the idea to break all the rules of the traditional guitar,” said Luis Ortiz, CEO, Cream Guitars. “We’ve redesigned every part of an electric guitar to broaden and enhance the playing experience. Through our innovative collaboration with E Ink, we are providing artists a level of creativity that extends well beyond anything available in today’s market.”

    E Ink Prism 3 bridges the gap between traditional static materials and digital technology with dynamically changing materials. The Prism 3 technology is known for its low power consumption, durability, and color-changing capabilities, and is disrupting industries, including automobile, fashion, architecture, and now, music.

    “Cream Guitars is at the forefront of instrument design, and this collaboration marks a significant milestone in their commitment to pushing the boundaries of what is possible,” said Pete Valianatos, Senior Director of Strategic Initiatives, E Ink. “We are proud to work with them to create an instrument that not only sounds great but makes a visual statement as powerful as their music.”

    Beyond the color-changing capabilities, E Ink’s technology is ultra-low power and is an energy-efficient alternative to other display technologies available. E Ink’s ePaper technology has been designated as a contributor to environmental progress by offering efficient and low-carbon displays. E Ink’s commitment to sustainability goes beyond the technology with nearly 60% of its global operations powered by renewable energy and aims to reach 65% renewable energy usage by next year. E Ink is so efficient, the company was included in the Dow Jones Sustainability World and Emerging Markets Indices for the third consecutive year.

    Similarly, Cream Guitars also has a strong commitment to the environment. The company strives to ensure that the woods used in production are 100% renewable and focuses on minimizing waste at every step of the manufacturing process. This ensures that their guitars make a minimal environmental impact, while maintaining their high-quality standards.

    About E Ink
    E Ink Holdings Inc. (8069.TWO), based on technology from MIT’s Media Lab, provides an ideal display medium for applications spanning eReaders and eNotes, retail, home, hospital, transportation, logistics, and more, enabling customers to put displays in locations previously impossible. E Ink’s electrophoretic display products make it the worldwide leader for ePaper. Its low power displays enable customers to reach their sustainability goals, and E Ink has pledged using 100% renewable energy in 2030 and reaching net zero carbon emissions by 2040. E Ink has been recognized for their efforts by receiving, validation from Science-Based Targets (SBTi) and is listed in both the DJSI World and DJSI Emerging Indexes. Listed in Taiwan’s Taipei Exchange (TPEx) and the Luxembourg market, E Ink Holdings is now the world’s largest supplier of ePaper displays. For more information please visit www.eink.com. E Ink. We Make Surfaces Smart and Green.

    Contact:
    V2 Communications on behalf of E Ink
    eink@v2comms.com

    Photos accompanying this announcement are available at
    https://www.globenewswire.com/NewsRoom/AttachmentNg/e9ae74a8-6453-4337-a161-760143463043
    https://www.globenewswire.com/NewsRoom/AttachmentNg/da17054c-b8dc-426d-9e83-6bd25e588244

    The MIL Network

  • MIL-OSI: Locus Technologies and Sophare AI announce partnership to integrate compensation analytics into leading CSRD and ESG software platform

    Source: GlobeNewswire (MIL-OSI)

    MOUNTAIN VIEW, Calif., Jan. 28, 2025 (GLOBE NEWSWIRE) — Locus Technologies, the sustainability and Environmental Health and Safety (EHS) compliance software leader, proudly announces its strategic partnership with Sophare AI to tackle one of the most complex aspects of ESG: social and pay equity. This collaboration will empower organizations worldwide to address pressing regulatory and ethical challenges through innovative technology and unparalleled domain expertise–without jumping between multiple ESG apps and platforms, which adds time and expense to the disclosure process.

    As part of this partnership, Sophare will extend Locus’s ESG software platform with new capabilities designed to address three critical areas:

    1. European Union Pay Transparency Directive Compliance: Sophare’s AI-powered tools help organizations navigate and comply with the EU’s directive, which mandates companies with 100+ employees to disclose gender pay gaps and provide transparent pay structures by 2026.
    2. Global Gender Pay Gap Reporting: With reporting requirements spreading across the EU, UK, Australia, and beyond, Sophare centralizes reporting of multi-jurisdictional compliance and uses AI and automation to streamline reporting.
    3. Alignment with the UN’s Sustainable Development Goal (SDG) 5: Sophare AI empowers companies to align with SDG 5 by shining a light on data related to gender equality in leadership and employee compensation.

    “This partnership aligns with Locus’s track record of working with professionals who bring deep domain expertise,” said Dr. Zvonimir Dadić, head of the CSRD Practice Group for Locus Technologies Europe. “Sophare’s founding team combines technical chops with a thoughtful approach to legal compliance, and we are pleased to be able to offer our clients this streamlined path to compliance.”

    Sophare AI CEO, Siena Duplan, brings a decade of experience developing pay equity algorithms as a data scientist for Salesforce, one of the world’s leading Fortune 500 companies. Sophare’s co-founder and CTO has led a distinguished career in the UK Civil Service and brings extensive engineering experience developing services in hand with legal, compliance, and policy teams. Together, Sophare AI and Locus Technologies will pursue their shared commitment to sustainability and equity, driven by data science.

    “Compliance in HR is often seen as a box-ticking exercise, but it’s actually a gateway to bringing organizations into the era of AI,” said Duplan. “HR compliance in particular is a prime opportunity to tap into AI and automation for both significant productivity gains and to deliver a transparent workplace where employees can thrive. Our next-gen data solutions put social and pay equity on par with financial and environmental health.”

    This partnership underscores Locus’s commitment to creating an integrated, end-to-end ESG software solution that stays ahead of a rapidly evolving regulatory landscape and helps organizations surmount the biggest obstacles to compliance. Together, Locus and Sophare are transforming the “S” in ESG into a driver for meaningful, measurable impact. To learn more about Locus’s CSRD and ESG software, including the new Sophare AI functionality, please contact us. 

    About Locus Technologies
    Locus Technologies, the global environmental, social, governance (ESG), sustainability, and EHS compliance software leader, empowers companies of every size and industry to be credible with ESG reporting. From 1997, Locus pioneered enterprise software-as-a-service (SaaS) for EHS compliance, water management, and ESG credible reporting. Locus apps and software solutions improve business performance by strengthening risk management and EHS for organizations across industries and government agencies. Organizations ranging from medium-sized businesses to Fortune 500 enterprises, such as Sempra, Corteva, Chevron, DuPont, Chemours, San Jose Water Company, The Port Authority of New York and New Jersey, Port of Seattle, and Los Alamos National Laboratory, have selected Locus. Locus is headquartered in Mountain View, California. For further information regarding Locus and its commitment to excellence in SaaS solutions, please visit https://www.locustec.com or email info@locustec.com.

    About Sophare AI
    Sophare AI uses advanced data analytics and machine learning to help organizations achieve lasting pay equity and comply with global pay transparency regulations. Sophare takes a thoughtful approach to legal compliance and business practices, relying on deep expertise in employment laws and regulations across different countries. The company carefully analyzes these requirements to develop the best data models and strategies to help customers meet compliance standards. Deciding how to adapt its services and operations to meet legal requirements is a core part of how Sophare operates. Sophare currently supports global gender pay gap reporting and other cross-border HR compliance requirements. Sophare AI is also seeking partners to co-develop an AI-driven workforce scenario planning tool. Sophare AI is headquartered in San Francisco, California. Please visit sophare.ai or email team@sophare.ai for more information.

    Media Contact:
    Brenda Mahedy
    Locus Technologies
    media@locustechnologies.net

    The MIL Network

  • MIL-OSI Europe: AFRICA/TANZANIA – Resignation and appointment of the Bishop of Iringa

    Source: Agenzia Fides – MIL OSI

    Tuesday, 28 January 2025

    Vatican City (Agenzia Fides) – The Holy Father has accepted the resignation from the pastoral care of the diocese of Iringa, Tanzania, presented by Bishop Tarcisius Ngalalekumtwa.The Holy Father has appointed the Reverend Romanus Elamu Mihali, of the clergy of Mafinga, until now episcopal vicar for the clergy of the diocese of Mafinga and parish priest of Ujewa, as bishop of Iringa, Tanzania.Msgr. Romanus Elamu Mihali was born on 10 June 1969 in Itulituli, Mufindi, and studied philosophy and theology at Peramiho Major Seminary in Songea.He was ordained a priest on 13 July 2000 for the clergy of Iringa.After ordination, he first served as deputy parish priest of Saint Paul the Apostle in Ilula, Iringa (2000-2003) and teacher and formator at Saint Kizito Minor Seminary in Mafinga (2003-2005). He carried out his studies for a degree in zoological sciences, a degree in natural sciences, and a bachelor’s degree in education at the University of Kerala, India (2005-2011), and went on to hold the roles of deputy parish priest of Virgin Mary of Fatima in Usomaki, Iringa (2012-2015) and parish priest of Virgin Mary of the Assumption in Ujewa, Iringa (2015-2024).After the erection of the diocese of Mafinga in 2024, he was incardinated in the new diocese.Since 2024 he has served as parish priest of Virgin Mary of the Assumption in Ujewa, Mafinga, episcopal vicar for the clergy, and secretary for health of the diocese of Mafinga. (EG) (Agenzia Fides, 28/1/2025)
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    MIL OSI Europe News

  • MIL-OSI USA: A Mite-y Use of Electricity

    Source: US State of Connecticut

    Mites who hitchhike on the beaks of hummingbirds use a surprising method to help them on their journey: electricity.

    These hummingbird flower mites feed on nectar and live within specific flowers for their species. When it is time to seek out a new flower, they hitch a ride via hummingbirds, but for years researchers have not been sure exactly how these tiny, crawling arachnids quickly disembark at the right flower. Researchers, including Carlos Garcia-Robledo, associate professor in the Department of Ecology and Evolutionary Biology, are closer to answering these questions, and they published their results in PNAS.

    Garcia-Robledo studies aspects of the evolutionary and life histories of organisms and how they respond to climate change, including this puzzling behavior.

    Illustration showing how electric charges help mites move between flowers via hummingbirds. The pluses and minuses show the nature of the electric charges. (Illustration courtesy of Marley Peifer)

    “When hummingbirds visit multiple flowers, you usually see the mites going down their beaks only when they touch the first flower,” says Garcia-Robledo. “I thought that was interesting and wondered why the mites were not going to the second or third flower.”

    For years, researchers have proposed that the mites use a smell signal, but after some experimentation to test this theory, Garcia-Robledo was not convinced.

    “I knew that it was not maybe the smell that played a major role in this because if you bring the mites to a laboratory, they don’t care much about smells of flowers and so on. I knew it had to be something else.”

    Then, after reading a story about research into how ticks are pulled onto clothing by static electricity, and a chance lunch meeting while working at the La Selva Research Station in Costa Rica, everything came together.

    “I was reminded of the weird observation about the mites, and I thought maybe something electrostatic was happening there,” he says. “These mites are so tiny that they live at another level of perception, so of course, even little electric fields are important for them. This could help explain the mystery of how they can be fast enough to hitchhike on this family of birds.”

    Just by chance, Garcia-Robledo was having lunch with friends and co-authors Konstantine Manser and Diego Dierick. Manser was at the time a Ph.D. student at the University of Bristol in the laboratory that produced the tick static research. Diego Dierick is a scientist at the Organization for Tropical Studies, and an electronics whiz collaborating in many projects at La Selva Research Station. Garcia-Robledo proposed they test his theory on the hitchhiking hummingbird flower mites.

    “Diego and Kosta said that it was super easy and that we should try. We built the devices the next day and brought the first mite from a flower to test it. We turned on the device, and instantaneously, they started to respond. That’s how we figured out that they were using static electricity,” says Garcia-Robledo.

    With that immediate success, the researchers were inspired to experiment further with a power source that only generated static electricity and test whether the mites were attracted to statics or the frequency that it was transmitting. They discovered that when the field was only static electricity, the mites did not respond, yet they did when the field was modulated.

    “The mites respond to the bouncing of a signal that is associated with the size, geometry, and vibration of the hummingbirds, which reach frequencies between 20 and 160 Hz,” Garcia-Robledo says.

    As the hummingbirds beat their wings, they generate a charge, and their bodies become supercharged. So, just like how you may get a small static shock after walking across a room and touching a door handle, the first flower seems to be the one where mites have the electric potential to embark or disembark quickly.

    In another experiment, Garcia-Robledo tested how the mites recognize very small positive electrical charges. He experimented with a very simple and effective device composed of a glass tube, and wire where the wire would be touched by either an aluminum or copper plate to generate a charge. The glass tube held the mite, and when the device was charged, the mites responded by running toward the positive pole at both higher and lower electrical fields, but only when it was transmitting a frequency of 120 Hz.

    “You just charge the little arena, and then instantaneously, the mite is attracted only if you have this little bounce of the signal, and they go to the positive charge even if you have these super tiny charges. The little bounce the second that you touch, it is enough for them to know where to go, and they just go,” says Garcia-Robledo.

    Each of the 19 mite species at La Selva is attracted to specific set of flowers, and they somehow know when they have arrived at the right flower and that it’s time to jump on or hop off their hummingbird shuttle.

    “We think that there may be some specificity in the electric signals or different charges for flowers,” says Garcia-Robledo. “That’s one possibility. We found that there is a structure in the front legs that they used to perceive these electric charges and frequencies. The next step is that we have many of these mites, and they have different structures, and different species of mites have different structures in their legs. Potentially, they can detect different frequencies.”

    Besides signaling when to get off, these electric charges help the mites quickly board their speedy chaperones. Just like the study looking at how ticks hitch a statically charged ride onto clothing, the mites are pulled up from the flower to the hummingbird beaks via the bird’s positive charge.

    “When the mites are attracted by that electric field, we found they are one of the fastest terrestrial organisms for a few milliseconds,” Garcia-Robledo says. “This is the most surprising thing because the mites were not just responding to electrostatics, they are responding to an actual signal generated by an organism. That was super surprising. This may be the first kind of like case where these organisms are using, at the same time, electricity to locate organisms that they are using for transportation, but also for transportation itself.”

    Funding was provided by the National Science Foundation, Dimensions of Biodiversity – 1737778 and Organismal Responses to Climate change – 2222328.

    MIL OSI USA News

  • MIL-OSI USA: Engineering Professor Earns Nation’s Highest Honor for Early-Career Scientists

    Source: US State of Connecticut

    On Jan. 14, UConn civil engineering Professor Arash E. Zaghi was among nearly 400 individuals honored by President Biden with the Presidential Early Career Award for Scientists and Engineers (PECASE). This is the highest honor bestowed by the U.S. government on outstanding scientists and engineers who are in the early phases of their careers. Jill Wegrzyn, an associate professor in the UConn Department of Ecology and Evolutionary Biology, also received this award.

    Established by President Clinton in 1996, PECASE recognizes scientists and engineers who show exceptional potential for leadership early in their research careers. The award recognizes innovative and far-reaching developments in science and technology. 

    Zaghi, who joined the UConn faculty in 2011, is a professor in the College of Engineering. At the beginning of his career, his research focused primarily on bridge design and resilience against earthquakes and other disasters.  

    But after his diagnosis with dyslexia and ADHD at age 32, he knew he wanted to get involved with supporting neurodiverse learners. Building on his own experience, Zaghi quickly identified a major problem with mainstream narratives of neurodiversity. 

    “My diagnosis opened my eyes to the unique strengths often overlooked in individuals like myself,” Zaghi says. “As I delved into the literature, I discovered mixed perspectives. Some studies suggest that people with ADHD tend to be more creative and willing to take risks. These are precisely the skills we need to address the complex, large-scale challenges of our time. This realization sparked my commitment to redefining neurodiversity as a strength and to creating environments where diverse ways of thinking are celebrated and harnessed for innovation.” 

    Now, Zaghi’s work specifically centers on countering the “deficit” model of neurodiversity, which focuses on the challenges neurodiverse students face in traditional learning environments and promoting the “strengths-based” model. Instead of regarding neurodiversity as a problem to be solved, this model encourages the view of neurodiversity as a unique strength. For example, research (including Zaghi’s own) has suggested that neurodiverse students tend to excel in areas such as creativity, pattern-recognition, and problem-solving. Many also demonstrate higher than average academic ability. 

    My diagnosis opened my eyes to the unique strengths often overlooked in individuals like myself.

    These are all the qualities, Zaghi thinks, that the fields of engineering – and science more broadly – should be embracing and actively recruiting. 

    The National Science Foundation (NSF) agrees. In 2017, Zaghi was awarded the prestigious NSF CAREER Award for his project “Promoting Engineering Innovation through Increased Neurodiversity by Encouraging the Participation of Students with ADHD.” In 2021, he followed it with an NSF Mid-Career Advancement award for a project using artificial intelligence to develop personalized assistive tools to enhance the participation of neurodiverse students in STEM education. 

    Zaghi’s latest honor, the PECASE, is another national recognition of the powerful potential of his work. It is the crowning jewel of a research career studded with similar accolades, most relating to promoting neurodiverse learning through a strengths-based approach. 

    “We are very proud of Prof. Arash Zaghi for winning this presidential award and for his pioneering research in supporting neurodiverse students to improve their learning outcome and future careers,” says JC Zhao, Dean of the UConn College of Engineering. “Arash’s research and outreach will shift the paradigm and also bring visibility to a generally misunderstood group of students who can be as successful as Arash himself.”

    Throughout this career, Zaghi has been able to steadily expand the breadth of his work in supporting neurodiverse education. His earliest projects in this realm had a very specific focus – for example, supporting students with ADHD in engineering.  

    Over time, and thanks to collaborations with other researchers at UConn and elsewhere, Zaghi’s focus was able to grow beyond engineering to include STEM as a whole. It has also grown to include other types of neurodiversity, like dyslexia and autism, and address different age groups, from K-12 learners to graduate students. 

    With UConn neuroscientist Fumiko Hoeft, Zaghi is co-PI on the TRANSdisciplinary Convergence in Educational Neuroscience Doctoral (TRANSCEND) training program, an interdisciplinary training program devoted to rethinking educational neuroscience. He is also the co-PI on the UConn INCLUDE project, which supports neurodiversity in the College of Engineering. 

    The recognition for his work as a champion of neurodiversity is gratifying, Zaghi says, but he can remember a time just ten years ago when the idea of a strengths-based approach was considered “so radical.” 

    When he submitted his first proposal to the NSF, Zaghi recalls, he was told, “This is so far out of the mainstream that I have no idea how the panel is going to react.” 

    “We were extremely fortunate that the NSF invested in us,” he says. “I think that’s a great story of how bold research pays off. The NSF is there to support high-risk, high-payoff research, and they supported that ‘crazy idea.’ Now, here we are – with the amount of visibility, I think we have substantially contributed to changing the narrative from a deficit perspective to a strengths-based one.” 

    MIL OSI USA News

  • MIL-OSI Australia: Wide Bay crocodile sighting

    Source: Government of Queensland

    Issued: 24 Jan 2025

    Wildlife officers are investigating multiple reported sightings of a crocodile on the beach and in the water at Coonarr Beach and Elliott River mouth in the Wide Bay region.

    On 23 January 2025, the Department of the Environment, Tourism, Science and Innovation received five reports from community members of what they believed to be a crocodile.

    Wildlife officers are reviewing a short video showing a crocodile entering the water from a beach.

    Wildlife officer Alexander Peters said wildlife officers are contacting community members who made the sighting reports, and recent crocodile sighting signs will be installed in the area.

    “We thank the members of the public who made these reports, and I can assure the community that they will be thoroughly investigated,” Mr Peters said.

    “As part of our investigation, wildlife officers will conduct site assessments, including vessel-based searches and spotlight assessments of the area.

    “While the investigation is underway, people in the Wide Bay region should be vigilant around the water, which means keeping children close and keeping dogs away from the water’s edge.

    “I’d like to encourage everyone in the community to make a sighting report if they see what they believe to be a crocodile.

    “When crocodiles are observed on a beach or in the ocean, they are often passing through from one estuary to another and can be difficult to locate.

    “They can also move into a river or creek, and that’s why sighting reports are important as they give wildlife officers the most up to date information about the location and behaviour of crocodiles.

    “Under the Queensland Crocodile Management Plan, the Wide Bay region is Zone F – atypical crocodile habitat, in which any crocodile found is targeted for removal.

    “Crocodile sightings are rare in Zone F, but occasionally crocodiles considered to be vagrant animals make their way into these areas.

    “I can reassure the community that any crocodile confirmed to be present in the Wide Bay region will be targeted for removal from the wild.”

    Fast facts:

    • In 2013 and 2014, two large crocodiles were removed from the Mary River.
    • They remain the last estuarine crocodiles confirmed outside of Croc Country near the southern end of their range.
    • Croc Country begins at the Boyne River south of Gladstone.
    • It extends northward, up the east coast and across far north and northwest Queensland to the Northern Territory border.

    Crocodile sightings can be reported by using the QWildlife app, completing a crocodile sighting report on the DETSI website, or by calling 1300 130 372. The department investigates every crocodile sighting report received.

    MIL OSI News

  • MIL-OSI USA: UConn Researchers Partner with Bioplastics Company to Examine Biodegradable Plastics

    Source: US State of Connecticut

    Plastic pollution has become a global crisis, with the United Nations Environment Programme estimating between 19 and 23 million tons of plastic waste leak into aquatic ecosystems each year. A partnership between UConn marine sciences researchers and a leading bioplastics manufacturer is showing promise in addressing this issue.   

    A recent study published in the Journal of Polymers and the Environment found that Mater-Bi, a starch-based polymer produced by Italian company Novamont, degraded by as much as nearly 50% over nine months in a marine environment—significantly more than traditional plastics. 

    Novamont, which has a U.S. office in Shelton, collaborated with the UConn team to evaluate the product’s biodegradation. 

    The study was led by Hannah Collins, a marine sciences Ph.D. candidate. Collins and her co-author, Larissa Tabb ’22 (CLAS), highlighted research done as part of the Marine Environmental Physiology Laboratory under the guidance of her advisor, professor and head of marine sciences Evan Ward. 

    “I’ve always been interested in how marine animals interact with their environment,” Collins says. “When our lab started looking at microplastics, it was clear how pervasive and damaging this problem is.” 

    Collins says the findings could have meaningful implications for reducing plastic pollution in aquatic environments. For example, products like Mater-Bi could replace traditional plastics used in aquatic structures, such as kelp farm lines, to reduce the possibility of plastic pollution.  

    The tank set up for the experiment at John S. Rankin Laboratory on the Avery Point campus. (Contributed by Hannah Collins.)

    “We’ve seen the pictures of sea turtles with plastic around their heads,” she says. “We have a lot of evidence of the negative effects of plastic pollution.” 

    Collins, who grew up visiting Cape Cod and the beaches of Long Island Sound, has long been fascinated by marine life. After earning a degree in biology from Gettysburg College and working in Alaska’s salmon fisheries, she decided to combine her passion for marine organisms and the environment, first in her master’s program and now for her Ph.D. 

    She says the collaboration with Novamont has helped her feel like she is making a difference in addressing marine pollution. It also provided her with hands-on experience examining real-world product applications. 

    Biodegradable plastics like Mater-Bi degrade much faster than traditional plastics, reducing risks to aquatic environments. However, Collins notes that many of these products are often tested under controlled conditions, not in real-world marine environments. 

    Students spent nine months monitoring degradation of Mater-Bi 

    Collins’ research on Mater-Bi was conducted in a semi-controlled environment at the John S. Rankin Laboratory on the Avery Point campus. The lab filters seawater from the surrounding area to keep large organisms, like crabs, out. This allowed Collins and her team to test how much the product degraded in natural conditions while ruling out the impact of interference from those large organisms.  

    Samples of the bags used in the experiment. (Contributed by Hannah Collins).

    Her team tested samples of a Mater-Bi compostable bag, a traditional plastic bag, and a known biodegradable plastic in the lab. Every two weeks, they checked and measured how much each sample degraded by either mass or area. After nine months, they found that the Mater-Bi samples lost between 25% and 47% of their mass or area. Additionally, they found that the rate of degradation increased during warmer months. 

    “Microbial activity tends to increase in warmer conditions, which likely contributed to the faster degradation rates we observed,” Collins says.

    A Mater-Bi sample at the end of the experiment. (Contributed by Hannah Collins).

    Collins says she is hopeful that these findings could lead to future uses of Mater-Bi in aquaculture, especially for products where temporary or disposable materials are often used, such as oyster grow-out bags or kelp farming lines. 

    “If something breaks loose, it won’t persist in the water for decades,” she says. 

    Collins and Tabb have maintained connections with Novamont. Collins will attend the World Aquaculture Conference in New Orleans this March, where she hopes to connect industry leaders with biodegradable products like those produced by Novamont. 

    “Addressing plastic pollution requires a range of solutions,” she says. “Biodegradable plastics are just one piece of the puzzle.” 

    MIL OSI USA News

  • MIL-OSI USA: Innovation Quest Turns Students into Entrepreneurs 

    Source: US State of Connecticut

    If there is one thing that Gaofei Zhang learned from a night-time equestrian class at UConn on a bitter cold evening is that a warm, comfortable pair of boots is one of life’s necessities.

    “After that night, I tried a lot of brands of boots,’’ says Zhang, a Ph.D. student in the Department of Allied Health Sciences in the College of Agriculture, Health and Natural History (CAHNR). “They either weren’t warm or weren’t waterproof, or they were slippery or stiff or hard to clean. I didn’t understand why you’d call them ‘snow boots’ if they aren’t good in the snow!’’

    Zhang has a home in Mongolia where the temperature drops as low as minus-30 degrees. The locals create warm and comfortable work boots, but they aren’t stylish. Zhang thought she could adopt their footwear expertise and merge it with something fashionable, including multi-colored fur and beads.

    “As an international student, I didn’t know anything about how to start a company and I was not brave enough to create it on my own,’’ she says. Last year she brought her idea to Innovation Quest (iQ), a UConn entrepreneurship program and competition that helps students develop their ideas into thriving startups. IQ provides workshops, mentoring, and startup funding for the most promising ideas.

    Today, Zhang’s unique, handcrafted boots, marketed under the name MOGSki, are ready to go to market, and the 15 styles of boots and apres-ski accessories are drawing interest from many boutiques. Elegant and chic, they are made of sheep, mink, or cow hide and lined with shearling for added warmth.

    Innovation Quest Workshops Begin on Feb. 4; Students Vie for $30,000 in Funding 

    Zhang is one of more than 2,500 UConn students who have participated in iQ since its inception 14 years ago.  The program is open to UConn graduate and undergraduate students from any field of study.

    IQ is run by Kevin Gardiner ’06 MBA, an adjunct professor in business and engineering. He has held management positions at both startups and long-established companies, including Macy’s, Oracle, and Welcome Commerce.

    “We’re definitely looking for someone who has grit, someone who isn’t going to give up,’’ he says. “As an entrepreneur, you get far more ‘no’s’ than ‘yeses,’ and that’s something that you have to accept. I also look for someone with a passion for the problem they are tackling. When the iQ judges see that, they know they’ve got an entrepreneur whom they can bet on.”

    This year’s event will begin with a kickoff workshop at 6:30 p.m. on Tuesday, Feb, 4, followed by workshops on Feb. 12, Feb. 26, and March 5. All the workshops are virtual for the convenience of students. Participants may sign up at innovationquest.uconn.edu.

    IQ had a 22% increase in participation last year, over 2023, and that’s a trend that Gardiner hopes to see continue.

    Previous participants have created everything from stuffed animals to clothing to personal care items to businesses engaged in environmental cleanup. Gardiner says that in recent years, students seem particularly interested in health tech, mobile apps, and AI-related companies, but all good idea are welcome.

    Last year’s first-place award went to Ph.D. candidate John Toribio, whose company Zemi Labs is creating wearable garments that provide biomechanical data, including heart and muscle performance.

    “UConn continues to provide more and more opportunities for student entrepreneurs, and we continue to evolve this program,’’ Gardiner says. “We welcome students who just want to dip a toe in the water, as well as those who are fully committed to creating a business.’’

    The iQ program has more than 50 expert mentors and more than half of them have been associated with the program since the beginning. Every year, iQ adds new advisers, all passionate about working with students.

    “I want all students to feel welcome,’’ Gardiner says. “We have four virtual workshops to help students understand entrepreneurship. Are you ready to launch a business? If not, what do you need to get ready? We want anyone, even those with a more remote interest, to attend and learn.’’

    After the workshops are completed, students can submit a formal application to enter the competition and compete for a share of $30,000 in funding. Final presentations are April 14 in Storrs and the top three startup companies will be announced. Many of the previous participants have gone on to start their companies or to pursue an entrepreneurial career.

    Zhang Developed Business Expertise, Confidence

    For Zhang, the last year has been enormously gratifying, both personally and professionally.

    “IQ has been an incredible journey for me. It’s not only helped sharpen my presentation skills but also expanded my knowledge across so many areas—product positioning, sales, marketing, tax, finance, IP, law, storytelling, and more,’’ she says.

    “The competition broadened my perspectives, strengthened my courage and determination, and provided invaluable mentorship and networking opportunities,’’ she says. “It’s truly been one of the most impactful milestones in my entrepreneurial journey, directly pushing forward the progress of my startup.’’

    She says she would tell anyone considering entrepreneurship to give it a try.

    “I would tell other entrepreneurs to be fearless in exploring new ideas and to use your own experiences to solve problems,’’ she says. “Be adaptable, build a network, find mentors, be persistent, and be open to both failures and successes.’’

    MIL OSI USA News

  • MIL-OSI Global: What are sleep retreats? A sleep scientist explains the latest wellness trend

    Source: The Conversation – UK – By Jason Ellis, Professor of Sleep Science, Northumbria University, Newcastle

    Considering the effect of poor sleep on the individual as well as on society and the economy, it is hardly surprising sleep has become an intense area of research focus in recent years. Most recently we have seen an increase in the offering of and appetite for so-called sleep retreats. But what are sleep retreats and are they helpful?

    As with any specialised retreat, there is no set formula for what a sleep retreat should focus on. As such, the range of what is available is incredibly variable, from retreats that just focus on a sleep-friendly environment (a cool, dark, quiet and comfortable bedroom in a luxurious location) to ones specifically aimed at managing a specific sleep disorder, using evidence-based therapies, such as cognitive behavioural therapy for insomnia.

    There are even ones that provide, among other things, a regimen of vitamins and minerals delivered intravenously. Most, however, fall somewhere between focusing on meditation, exercise and relaxation.

    Although there is good evidence that exercise, at the right intensity and duration, can be beneficial for sleep, it is unlikely that a lack of exercise alone causes poor sleep.

    Similarly, there is some, albeit poor quality, evidence that meditation and relaxation improve sleep quality. As such, it is unlikely that these treatments alone will fix a sleep problem.

    The main challenge is that sleep, as with diet or exercise, is just an overarching term for a complex behaviour, one that is influenced and can influence almost every area of a person’s life. For example, I am hearing a lot about supplementing with magnesium to aid sleep, but this is only likely to be beneficial if you are deficient in the first place.

    What to consider before you splash the cash

    So, should we approach the sleep retreat with caution? Not necessarily, it is more a case of doing your homework.

    First, who does the sleep retreat cater for, and what do you hope to get from the retreat? The busy executive who only allows themselves four hours of sleep a night will have very different expectations and experiences to a person who has undiagnosed sleep apnoea and sleeps for nine hours but wants to know why they are so sleepy during the day.

    This leads to the second consideration: what kind of pre-screening (for conditions that might be causing insomnia) and personalisation do they offer?

    Many retreats advertise an individual consultation as part of the package but don’t really say what that will cover (a sleep, medical and psychiatric history and lifestyle assessment should be done as a bare minimum. This is vital when we consider that while well-established, evidence-based treatments for a variety of sleep disturbances and disorders exist, they are not suitable for everyone.

    Also, there is a perception that non-pharmacological therapies, including nutraceuticals (products derived from food sources that said to have health benefits) and over-the-counter remedies (such as antihistamines, melatonin and valerian), don’t have side-effects, which is not necessarily the case.

    The final considerations are: who is delivering the retreat? And is what they are offering based on sound scientific evidence?

    Considering certification in sleep medicine is a hot topic in the sleep community at the moment, it is worth doing some research. For example, in the UK there is no pathway to becoming a sleep medicine specialist, consultant or coach. So who is leading the sleep retreat and is what they offering evidence-based?

    Jason Ellis has consulted to Kayak on Sleep Tourism.

    ref. What are sleep retreats? A sleep scientist explains the latest wellness trend – https://theconversation.com/what-are-sleep-retreats-a-sleep-scientist-explains-the-latest-wellness-trend-247632

    MIL OSI – Global Reports

  • MIL-OSI Global: You don’t have to be a net zero hero – how focus on personal climate action can distract from systemic problems

    Source: The Conversation – UK – By Sam Illingworth, Professor of Creative Pedagogies, Edinburgh Napier University

    Tint Media/Shutterstock

    Campaigns and social media often encourage people to make eco-friendly choices like using less plastic or driving less. While these actions are important, focusing so much on what people do can distract from the much larger role that businesses and governments play in causing and solving environmental problems.

    For example, some campaigns promote a “net zero hero” narrative that implies that people should take the lead in fighting climate change by changing their behaviour, recycling more, taking fewer flights or eating less meat.

    While personal actions can help, there’s a danger this way of thinking can put too much responsibility on consumers. These individual actions are not enough to solve the problem.

    By focusing so much on personal responsibility, we risk ignoring the systemic changes needed to address the climate crisis. These include switching to renewable energy on a large scale, enforcing strict industrial regulations and redesigning cities to reduce dependence on fossil fuels.

    Without these bigger steps, taken by governments and large organisations, we can’t make real progress in tackling climate change.




    Read more:
    Quick climate dictionary: what actually is a carbon footprint?


    Energy companies and trade groups have been particularly good at shifting blame to consumers. They promote products and habits that claim to lower personal carbon footprints while lobbying against strong environmental laws that would require real emission cuts from industries.

    Fossil fuel companies have known about climate change science since the 1950s but funded misinformation campaigns to delay action and shift blame to individuals.

    Indeed, the carbon footprint calculator itself was developed in 2004 by a public relations firm working for BP. The tool encouraged individuals to calculate their personal impact on the environment, focusing on activities like driving, energy use, and diet.

    According to reports on the campaign’s origins, this approach was part of a deliberate strategy to shift public attention away from the significant environmental harm caused by corporations, particularly the fossil fuel industry.

    Despite this narrative, many corporations have failed to address their own emissions. A recent study found that only 60% of companies met their 2020 emissions targets, and 31% failed to report any outcomes.

    This lack of accountability highlights how many major companies neglect their responsibilities, raising serious concerns about their commitment to 2030 climate goals.

    These tactics maintain the status quo and creates a cycle of guilt and failure for consumers. Many people feel overwhelmed, leading to demotivation and even climate anxiety.

    Similar strategies have been used in other industries. For instance, the tobacco industry blamed smokers for health issues, focusing on personal choice while downplaying nicotine addiction and resisting health regulations.

    The real meaning of a carbon footprint.

    Shifting the focus

    In my research into climate communication, I see how stories of guilt resonate with communities already facing misplaced blame. For example, in workshops with groups affected by austerity, people often felt guilty for not helping others more.

    Over time, they realised this was due to failures in governance, not personal shortcomings. They saw a similar pattern in the climate crisis, learning to separate personal guilt from the larger roles of corporations and governments.

    Collective action will drive systemic change.
    John Gomez/Shutterstock

    As a climate researcher and communicator, my job is to help move the conversation from personal guilt to shared responsibility and accountability. This shift empowers people as citizens, not just consumers, to demand action from leaders and industries.

    Understanding that while personal responsibility is meaningful, the real power to create change lies with corporations and governments is vital. We need systemic change, not consumer guilt.

    To tackle the climate crisis, we must make personal choices that reflect care for the environment. But we must also work together to demand that companies and governments adopt sustainable practices, for example through voting for leaders who prioritise environmental reform. The path to a sustainable future is collective action – not carrying the weight of guilt alone.


    Don’t have time to read about climate change as much as you’d like?

    Get a weekly roundup in your inbox instead. Every Wednesday, The Conversation’s environment editor writes Imagine, a short email that goes a little deeper into just one climate issue. Join the 40,000+ readers who’ve subscribed so far.


    Sam Illingworth does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

    ref. You don’t have to be a net zero hero – how focus on personal climate action can distract from systemic problems – https://theconversation.com/you-dont-have-to-be-a-net-zero-hero-how-focus-on-personal-climate-action-can-distract-from-systemic-problems-248073

    MIL OSI – Global Reports

  • MIL-OSI United Kingdom: expert reaction to new AI Chatbot DeepSeek

    Source: United Kingdom – Executive Government & Departments

    Scientists comment on DeepSeek, a new AI Chatbot. 

    Prof Neil Lawrence, DeepMind Professor of Machine Learning at Department of Computer Science and Technology, University of Cambridge, said:

    “I think the progress is unsurprising, and I think it’s just the tip of the iceberg in terms of the type of innovation we can expect in these models. History shows that big firms struggle to innovate as they scale, and what we’ve seen from many of these big firms is a substitution of compute investment for the intellectual hard work. I’ve been suggesting that this has made the conditions ideal for a “Dreadnaught moment” where current technology is rapidly rendered redundant by new thinking. I don’t think DeepSeek is it, because the innovations deployed are relatively incremental, but it shows that we’re still in the age of the Newcomen engine, there’s plenty of space for budding James Watts to emerge, and that they are less likely to come from established players.”

    Comment provided by the SMC pilot for Ireland:

    Dr Deepak Padmanabhan, Senior Lecturer, School of Electronics, Electrical Engineering and Computer Science, Queen’s University Belfast, said:

    “DeepSeek is causing massive disruption in financial markets. Mainstream narratives contrast the technology with ChatGPT and illustrate the differences in technological aspects. The far more long-reaching effect it would have would not be technological, it would be political, for it could disrupt the paradigms entrenched in the tech industry in substantive ways. There could be several aspects:

    “Open-Source Software: DeepSeek’s code to train AI models is open source. This means that anybody can download the code and use it to develop their own AI. This is a significant step towards democratisation of AI. The open-source availability of code for an AI that competes well with contemporary commercial models is a significant change. Yet, if one is to download and run the code to develop their own AI, they would still need to have access to large datasets and tremendous computational power – but this is nevertheless a massive step forward.

    “Computational Power: AI has been noted to pose massive computational requirements over the past decade leading to corporate dominance in AI research [ https://www.science.org/doi/10.1126/science.ade2420 ]. With massive compute requirements yielding well to monopolisation of the space, big tech, and the government funding landscape (that are in turn influenced by big tech) have shown limited interests in prioritising AI research towards reducing computational requirements. DeepSeek’s models have been noted to require far lesser computational requirements than today’s commercial models. This could potentially ignite new interest in reducing computational requirements for future AI, with positive effects towards environment.

    “No plans for Commercialisation: It has been highlighted that DeepSeek has no plans for commercialisation [ https://www.chinatalk.media/p/deepseek-ceo-interview-with-chinas ]. This makes it a very interesting development in that this marks a moment when a player with qualitatively different ideas enters a commercially-dominated space. This is a change against the prevailing trends – OpenAI was noted as moving to a full commercial model (from a partly non-profit model) in recent times. It may be interesting how commercial players respond to this challenge.

    “In other words, the entry of DeepSeek could potentially hasten a paradigm shift in AI and pose a real challenge to commercial dominance in the sector. It may be a little too far to see this as a pathway towards taking AI into public hands, but that’s the direction of travel that DeepSeek brings to the table.

    “Cheaper AI, Pervasive AI: One of the potential first effects would be cheaper consumer AI, and a fall in the profit margins within the tech sector. But it could also accelerate disruption by making AI pervasive, bringing more sectors and more jobs under threat.

    “Cautious Optimism: It may be tempting to hope that open-source AI would lead to effects similar to what was seen in the 1990s when the dominance of Microsoft’s windows was challenged very well by open-source Linux. Yet, AI is not just software and computational resources – there is data too. So, there are further hurdles to overcome. We could view this development with optimism, but we must be cautious. For example, the ethos of the open-source movement was diluted with corporate players substantively entering the system leading to what has been called a ‘Corporate dominance in Open Source Ecosystems’ [ https://dl.acm.org/doi/10.1145/3540250.3549117 ]. To develop, sustain and strengthen open-source ethos within AI would require many more developments in the same direction as DeepSeek.”

    Declared interests

    Prof Neil Lawrence: No conflicts.

    Dr Padmanabhan: None

    MIL OSI United Kingdom

  • MIL-OSI Europe: Note “Antiqua et nova” on the relationship between Artficial Intelligence and Human Intelligence

    Source: The Holy See

    Note “Antiqua et nova” on the relationship between Artficial Intelligence and Human Intelligence, 28.01.2025
    ANTIQUA ET NOVA:
    Note on the Relationship BetweenArtificial Intelligence and Human Intelligence
    I. Introduction
    1. With wisdom both ancient and new (cf. Mt. 13:52), we are called to reflect on the current challenges and opportunities posed by scientific and technological advancements, particularly by the recent development of Artificial Intelligence (AI). The Christian tradition regards the gift of intelligence as an essential aspect of how humans are created “in the image of God” (Gen. 1:27). Starting from an integral vision of the human person and the biblical calling to “till” and “keep” the earth (Gen. 2:15), the Church emphasizes that this gift of intelligence should be expressed through the responsible use of reason and technical abilities in the stewardship of the created world.
    2. The Church encourages the advancement of science, technology, the arts, and other forms of human endeavor, viewing them as part of the “collaboration of man and woman with God in perfecting the visible creation.”[1] As Sirach affirms, God “gave skill to human beings, that he might be glorified in his marvelous works” (Sir. 38:6). Human abilities and creativity come from God and, when used rightly, glorify God by reflecting his wisdom and goodness. In light of this, when we ask ourselves what it means to “be human,” we cannot exclude a consideration of our scientific and technological abilities.
    3. It is within this perspective that the present Note addresses the anthropological and ethical challenges raised by AI—issues that are particularly significant, as one of the goals of this technology is to imitate the human intelligence that designed it. For instance, unlike many other human creations, AI can be trained on the results of human creativity and then generate new “artifacts” with a level of speed and skill that often rivals or surpasses what humans can do, such as producing text or images indistinguishable from human compositions. This raises critical concerns about AI’s potential role in the growing crisis of truth in the public forum. Moreover, this technology is designed to learn and make certain choices autonomously, adapting to new situations and providing solutions not foreseen by its programmers, and thus, it raises fundamental questions about ethical responsibility and human safety, with broader implications for society as a whole. This new situation has prompted many people to reflect on what it means to be human and the role of humanity in the world.
    4. Taking all this into account, there is broad consensus that AI marks a new and significant phase in humanity’s engagement with technology, placing it at the heart of what Pope Francis has described as an “epochal change.”[2] Its impact is felt globally and in a wide range of areas, including interpersonal relationships, education, work, art, healthcare, law, warfare, and international relations. As AI advances rapidly toward even greater achievements, it is critically important to consider its anthropological and ethical implications. This involves not only mitigating risks and preventing harm but also ensuring that its applications are used to promote human progress and the common good.
    5. To contribute positively to the discernment regarding AI, and in response to Pope Francis’ call for a renewed “wisdom of heart,”[3] the Church offers its experience through the anthropological and ethical reflections contained in this Note. Committed to its active role in the global dialogue on these issues, the Church invites those entrusted with transmitting the faith—including parents, teachers, pastors, and bishops—to dedicate themselves to this critical subject with care and attention. While this document is intended especially for them, it is also meant to be accessible to a broader audience, particularly those who share the conviction that scientific and technological advances should be directed toward serving the human person and the common good.[4]
    6. To this end, the document begins by distinguishing between concepts of intelligence in AI and in human intelligence. It then explores the Christian understanding of human intelligence, providing a framework rooted in the Church’s philosophical and theological tradition. Finally, the document offers guidelines to ensure that the development and use of AI uphold human dignity and promote the integral development of the human person and society.
    II. What is Artificial Intelligence?
    7. The concept of “intelligence” in AI has evolved over time, drawing on a range of ideas from various disciplines. While its origins extend back centuries, a significant milestone occurred in 1956 when the American computer scientist John McCarthy organized a summer workshop at Dartmouth University to explore the problem of “Artificial Intelligence,” which he defined as “that of making a machine behave in ways that would be called intelligent if a human were so behaving.”[5] This workshop launched a research program focused on designing machines capable of performing tasks typically associated with the human intellect and intelligent behavior.
    8. Since then, AI research has advanced rapidly, leading to the development of complex systems capable of performing highly sophisticated tasks.[6] These so-called “narrow AI” systems are typically designed to handle specific and limited functions, such as translating languages, predicting the trajectory of a storm, classifying images, answering questions, or generating visual content at the user’s request. While the definition of “intelligence” in AI research varies, most contemporary AI systems—particularly those using machine learning—rely on statistical inference rather than logical deduction. By analyzing large datasets to identify patterns, AI can “predict”[7] outcomes and propose new approaches, mimicking some cognitive processes typical of human problem-solving. Such achievements have been made possible through advances in computing technology (including neural networks, unsupervised machine learning, and evolutionary algorithms) as well as hardware innovations (such as specialized processors). Together, these technologies enable AI systems to respond to various forms of human input, adapt to new situations, and even suggest novel solutions not anticipated by their original programmers.[8]
    9. Due to these rapid advancements, many tasks once managed exclusively by humans are now entrusted to AI. These systems can augment or even supersede what humans are able to do in many fields, particularly in specialized areas such as data analysis, image recognition, and medical diagnosis. While each “narrow AI” application is designed for a specific task, many researchers aspire to develop what is known as “Artificial General Intelligence” (AGI)—a single system capable of operating across all cognitive domains and performing any task within the scope of human intelligence. Some even argue that AGI could one day achieve the state of “superintelligence,” surpassing human intellectual capacities, or contribute to “super-longevity” through advances in biotechnology. Others, however, fear that these possibilities, even if hypothetical, could one day eclipse the human person, while still others welcome this potential transformation.[9]
    10. Underlying this and many other perspectives on the subject is the implicit assumption that the term “intelligence” can be used in the same way to refer to both human intelligence and AI. Yet, this does not capture the full scope of the concept. In the case of humans, intelligence is a faculty that pertains to the person in his or her entirety, whereas in the context of AI, “intelligence” is understood functionally, often with the presumption that the activities characteristic of the human mind can be broken down into digitized steps that machines can replicate.[10]
    11. This functional perspective is exemplified by the “Turing Test,” which considers a machine “intelligent” if a person cannot distinguish its behavior from that of a human.[11] However, in this context, the term “behavior” refers only to the performance of specific intellectual tasks; it does not account for the full breadth of human experience, which includes abstraction, emotions, creativity, and the aesthetic, moral, and religious sensibilities. Nor does it encompass the full range of expressions characteristic of the human mind. Instead, in the case of AI, the “intelligence” of a system is evaluated methodologically, but also reductively, based on its ability to produce appropriate responses—in this case, those associated with the human intellect—regardless of how those responses are generated.
    12. AI’s advanced features give it sophisticated abilities to perform tasks, but not the ability to think.[12] This distinction is crucially important, as the way “intelligence” is defined inevitably shapes how we understand the relationship between human thought and this technology.[13] To appreciate this, one must recall the richness of the philosophical tradition and Christian theology, which offer a deeper and more comprehensive understanding of intelligence—an understanding that is central to the Church’s teaching on the nature, dignity, and vocation of the human person.[14]
    III. Intelligence in the Philosophical and Theological Tradition
    Rationality
    13. From the dawn of human self-reflection, the mind has played a central role in understanding what it means to be “human.” Aristotle observed that “all people by nature desire to know.”[15] This knowledge, with its capacity for abstraction that grasps the nature and meaning of things, sets humans apart from the animal world.[16] As philosophers, theologians, and psychologists have examined the exact nature of this intellectual faculty, they have also explored how humans understand the world and their unique place within it. Through this exploration, the Christian tradition has come to understand the human person as a being consisting of both body and soul—deeply connected to this world and yet transcending it.[17]
    14. In the classical tradition, the concept of intelligence is often understood through the complementary concepts of “reason” (ratio) and “intellect” (intellectus). These are not separate faculties but, as Saint Thomas Aquinas explains, they are two modes in which the same intelligence operates: “The term intellect is inferred from the inward grasp of the truth, while the name reason is taken from the inquisitive and discursive process.”[18] This concise description highlights the two fundamental and complementary dimensions of human intelligence. Intellectus refers to the intuitive grasp of the truth—that is, apprehending it with the “eyes” of the mind—which precedes and grounds argumentation itself. Ratio pertains to reasoning proper: the discursive, analytical process that leads to judgment. Together, intellect and reason form the two facets of the act of intelligere, “the proper operation of the human being as such.”[19]
    15. Describing the human person as a “rational” being does not reduce the person to a specific mode of thought; rather, it recognizes that the ability for intellectual understanding shapes and permeates all aspects of human activity.[20] Whether exercised well or poorly, this capacity is an intrinsic aspect of human nature. In this sense, the “term ‘rational’ encompasses all the capacities of the human person,” including those related to “knowing and understanding, as well as those of willing, loving, choosing, and desiring; it also includes all corporeal functions closely related to these abilities.”[21] This comprehensive perspective underscores how, in the human person, created in the “image of God,” reason is integrated in a way that elevates, shapes, and transforms both the person’s will and actions.[22]
    Embodiment
    16. Christian thought considers the intellectual faculties of the human person within the framework of an integral anthropology that views the human being as essentially embodied. In the human person, spirit and matter “are not two natures united, but rather their union forms a single nature.”[23] In other words, the soul is not merely the immaterial “part” of the person contained within the body, nor is the body an outer shell housing an intangible “core.” Rather, the entire human person is simultaneously both material and spiritual. This understanding reflects the teaching of Sacred Scripture, which views the human person as a being who lives out relationships with God and others (and thus, an authentically spiritual dimension) within and through this embodied existence.[24] The profound meaning of this condition is further illuminated by the mystery of the Incarnation, through which God himself took on our flesh and “raised it up to a sublime dignity.”[25]
    17. Although deeply rooted in bodily existence, the human person transcends the material world through the soul, which is “almost on the horizon of eternity and time.”[26] The intellect’s capacity for transcendence and the self-possessed freedom of the will belong to the soul, by which the human person “shares in the light of the divine mind.”[27] Nevertheless, the human spirit does not exercise its normal mode of knowledge without the body.[28] In this way, the intellectual faculties of the human person are an integral part of an anthropology that recognizes that the human person is a “unity of body and soul.”[29] Further aspects of this understanding will be developed in what follows.
    Relationality
    18. Human beings are “ordered by their very nature to interpersonal communion,”[30] possessing the capacity to know one another, to give themselves in love, and to enter into communion with others. Accordingly, human intelligence is not an isolated faculty but is exercised in relationships, finding its fullest expression in dialogue, collaboration, and solidarity. We learn with others, and we learn through others.
    19. The relational orientation of the human person is ultimately grounded in the eternal self-giving of the Triune God, whose love is revealed in creation and redemption.[31] The human person is “called to share, by knowledge and love, in God’s own life.”[32]
    20. This vocation to communion with God is necessarily tied to the call to communion with others. Love of God cannot be separated from love for one’s neighbor (cf. 1 Jn. 4:20; Mt. 22:37-39). By the grace of sharing God’s life, Christians are also called to imitate Christ’s outpouring gift (cf. 2 Cor. 9:8-11; Eph. 5:1-2) by following his command to “love one another, as I have loved you” (Jn. 13:34).[33] Love and service, echoing the divine life of self-giving, transcend self-interest to respond more fully to the human vocation (cf. 1 Jn. 2:9). Even more sublime than knowing many things is the commitment to care for one another, for if “I understand all mysteries and all knowledge […] but do not have love, I am nothing” (1 Cor. 13:2).
    Relationship with the Truth
    21. Human intelligence is ultimately “God’s gift fashioned for the assimilation of truth.”[34] In the dual sense of intellectus-ratio, it enables the person to explore realities that surpass mere sensory experience or utility, since “the desire for truth is part of human nature itself. It is an innate property of human reason to ask why things are as they are.”[35] Moving beyond the limits of empirical data, human intelligence can “with genuine certitude attain to reality itself as knowable.”[36] While reality remains only partially known, the desire for truth “spurs reason always to go further; indeed, it is as if reason were overwhelmed to see that it can always go beyond what it has already achieved.”[37] Although Truth in itself transcends the boundaries of human intelligence, it irresistibly attracts it.[38] Drawn by this attraction, the human person is led to seek “truths of a higher order.”[39]
    22. This innate drive toward the pursuit of truth is especially evident in the distinctly human capacities for semantic understanding and creativity,[40] through which this search unfolds in a “manner that is appropriate to the social nature and dignity of the human person.”[41] Likewise, a steadfast orientation to the truth is essential for charity to be both authentic and universal.[42]
    23. The search for truth finds its highest expression in openness to realities that transcend the physical and created world. In God, all truths attain their ultimate and original meaning.[43] Entrusting oneself to God is a “fundamental decision that engages the whole person.”[44] In this way, the human person becomes fully what he or she is called to be: “the intellect and the will display their spiritual nature,” enabling the person “to act in a way that realizes personal freedom to the full.”[45]
    Stewardship of the World
    24. The Christian faith understands creation as the free act of the Triune God, who, as Saint Bonaventure of Bagnoregio explains, creates “not to increase his glory, but to show it forth and to communicate it.”[46] Since God creates according to his Wisdom (cf. Wis. 9:9; Jer. 10:12), creation is imbued with an intrinsic order that reflects God’s plan (cf. Gen. 1; Dan. 2:21-22; Is. 45:18; Ps. 74:12-17; 104),[47] within which God has called human beings to assume a unique role: to cultivate and care for the world.[48]
    25. Shaped by the Divine Craftsman, humans live out their identity as beings made in imago Dei by “keeping” and “tilling” (cf. Gen. 2:15) creation—using their intelligence and skills to care for and develop creation in accord with God’s plan.[49] In this, human intelligence reflects the Divine Intelligence that created all things (cf. Gen. 1-2; Jn. 1),[50] continuously sustains them, and guides them to their ultimate purpose in him.[51] Moreover, human beings are called to develop their abilities in science and technology, for through them, God is glorified (cf. Sir. 38:6). Thus, in a proper relationship with creation, humans, on the one hand, use their intelligence and skill to cooperate with God in guiding creation toward the purpose to which he has called it.[52] On the other hand, creation itself, as Saint Bonaventure observes, helps the human mind to “ascend gradually to the supreme Principle, who is God.”[53]
    An Integral Understanding of Human Intelligence
    26. In this context, human intelligence becomes more clearly understood as a faculty that forms an integral part of how the whole person engages with reality. Authentic engagement requires embracing the full scope of one’s being: spiritual, cognitive, embodied, and relational.
    27. This engagement with reality unfolds in various ways, as each person, in his or her multifaceted individuality[54], seeks to understand the world, relate to others, solve problems, express creativity, and pursue integral well-being through the harmonious interplay of the various dimensions of the person’s intelligence.[55] This involves logical and linguistic abilities but can also encompass other modes of interacting with reality. Consider the work of an artisan, who “must know how to discern, in inert matter, a particular form that others cannot recognize”[56] and bring it forth through insight and practical skill. Indigenous peoples who live close to the earth often possess a profound sense of nature and its cycles.[57] Similarly, a friend who knows the right word to say or a person adept at managing human relationships exemplifies an intelligence that is “the fruit of self-examination, dialogue and generous encounter between persons.”[58] As Pope Francis observes, “in this age of artificial intelligence, we cannot forget that poetry and love are necessary to save our humanity.”[59]
    28. At the heart of the Christian understanding of intelligence is the integration of truth into the moral and spiritual life of the person, guiding his or her actions in light of God’s goodness and truth. According to God’s plan, intelligence, in its fullest sense, also includes the ability to savor what is true, good, and beautiful. As the twentieth-century French poet Paul Claudel expressed, “intelligence is nothing without delight.”[60] Similarly, Dante, upon reaching the highest heaven in Paradiso, testifies that the culmination of this intellectual delight is found in the “light intellectual full of love, love of true good filled with joy, joy which transcends every sweetness.”[61]
    29. A proper understanding of human intelligence, therefore, cannot be reduced to the mere acquisition of facts or the ability to perform specific tasks. Instead, it involves the person’s openness to the ultimate questions of life and reflects an orientation toward the True and the Good. [62] As an expression of the divine image within the person, human intelligence has the ability to access the totality of being, contemplating existence in its fullness, which goes beyond what is measurable, and grasping the meaning of what has been understood. For believers, this capacity includes, in a particular way, the ability to grow in the knowledge of the mysteries of God by using reason to engage ever more profoundly with revealed truths (intellectus fidei).[63] True intelligence is shaped by divine love, which “is poured forth in our hearts by the Holy Spirit” (Rom. 5:5). From this, it follows that human intelligence possesses an essential contemplative dimension, an unselfish openness to the True, the Good, and the Beautiful, beyond any utilitarian purpose.
    The Limits of AI
    30. In light of the foregoing discussion, the differences between human intelligence and current AI systems become evident. While AI is an extraordinary technological achievement capable of imitating certain outputs associated with human intelligence, it operates by performing tasks, achieving goals, or making decisions based on quantitative data and computational logic. For example, with its analytical power, AI excels at integrating data from a variety of fields, modeling complex systems, and fostering interdisciplinary connections. In this way, it can help experts collaborate in solving complex problems that “cannot be dealt with from a single perspective or from a single set of interests.”[64]
    31. However, even as AI processes and simulates certain expressions of intelligence, it remains fundamentally confined to a logical-mathematical framework, which imposes inherent limitations. Human intelligence, in contrast, develops organically throughout the person’s physical and psychological growth, shaped by a myriad of lived experiences in the flesh. Although advanced AI systems can “learn” through processes such as machine learning, this sort of training is fundamentally different from the developmental growth of human intelligence, which is shaped by embodied experiences, including sensory input, emotional responses, social interactions, and the unique context of each moment. These elements shape and form individuals within their personal history. In contrast, AI, lacking a physical body, relies on computational reasoning and learning based on vast datasets that include recorded human experiences and knowledge.
    32. Consequently, although AI can simulate aspects of human reasoning and perform specific tasks with incredible speed and efficiency, its computational abilities represent only a fraction of the broader capacities of the human mind. For instance, AI cannot currently replicate moral discernment or the ability to establish authentic relationships. Moreover, human intelligence is situated within a personally lived history of intellectual and moral formation that fundamentally shapes the individual’s perspective, encompassing the physical, emotional, social, moral, and spiritual dimensions of life. Since AI cannot offer this fullness of understanding, approaches that rely solely on this technology or treat it as the primary means of interpreting the world can lead to “a loss of appreciation for the whole, for the relationships between things, and for the broader horizon.”[65]
    33. Human intelligence is not primarily about completing functional tasks but about understanding and actively engaging with reality in all its dimensions; it is also capable of surprising insights. Since AI lacks the richness of corporeality, relationality, and the openness of the human heart to truth and goodness, its capacities—though seemingly limitless—are incomparable with the human ability to grasp reality. So much can be learned from an illness, an embrace of reconciliation, and even a simple sunset; indeed, many experiences we have as humans open new horizons and offer the possibility of attaining new wisdom. No device, working solely with data, can measure up to these and countless other experiences present in our lives.
    34. Drawing an overly close equivalence between human intelligence and AI risks succumbing to a functionalist perspective, where people are valued based on the work they can perform. However, a person’s worth does not depend on possessing specific skills, cognitive and technological achievements, or individual success, but on the person’s inherent dignity, grounded in being created in the image of God.[66] This dignity remains intact in all circumstances, including for those unable to exercise their abilities, whether it be an unborn child, an unconscious person, or an older person who is suffering.[67] It also underpins the tradition of human rights (and, in particular, what are now called “neuro-rights”), which represent “an important point of convergence in the search for common ground”[68] and can, thus, serve as a fundamental ethical guide in discussions on the responsible development and use of AI.
    35. Considering all these points, as Pope Francis observes, “the very use of the word ‘intelligence’” in connection with AI “can prove misleading”[69] and risks overlooking what is most precious in the human person. In light of this, AI should not be seen as an artificial form of human intelligence but as a product of it.[70]
    IV. The Role of Ethics in Guiding the Development and Use of AI
    36. Given these considerations, one can ask how AI can be understood within God’s plan. To answer this, it is important to recall that techno-scientific activity is not neutral in character but is a human endeavor that engages the humanistic and cultural dimensions of human creativity.[71]
    37. Seen as a fruit of the potential inscribed within human intelligence,[72] scientific inquiry and the development of technical skills are part of the “collaboration of man and woman with God in perfecting the visible creation.”[73] At the same time, all scientific and technological achievements are, ultimately, gifts from God.[74] Therefore, human beings must always use their abilities in view of the higher purpose for which God has granted them.[75]
    38. We can gratefully acknowledge how technology has “remedied countless evils which used to harm and limit human beings,”[76] a fact for which we should rejoice. Nevertheless, not all technological advancements in themselves represent genuine human progress.[77] The Church is particularly opposed to those applications that threaten the sanctity of life or the dignity of the human person.[78] Like any human endeavor, technological development must be directed to serve the human person and contribute to the pursuit of “greater justice, more extensive fraternity, and a more humane order of social relations,” which are “more valuable than advances in the technical field.”[79] Concerns about the ethical implications of technological development are shared not only within the Church but also among many scientists, technologists, and professional associations, who increasingly call for ethical reflection to guide this development in a responsible way.
    39. To address these challenges, it is essential to emphasize the importance of moral responsibility grounded in the dignity and vocation of the human person. This guiding principle also applies to questions concerning AI. In this context, the ethical dimension takes on primary importance because it is people who design systems and determine the purposes for which they are used.[80] Between a machine and a human being, only the latter is truly a moral agent—a subject of moral responsibility who exercises freedom in his or her decisions and accepts their consequences.[81] It is not the machine but the human who is in relationship with truth and goodness, guided by a moral conscience that calls the person “to love and to do what is good and to avoid evil,”[82] bearing witness to “the authority of truth in reference to the supreme Good to which the human person is drawn.”[83] Likewise, between a machine and a human, only the human can be sufficiently self-aware to the point of listening and following the voice of conscience, discerning with prudence, and seeking the good that is possible in every situation.[84] In fact, all of this also belongs to the person’s exercise of intelligence.
    40. Like any product of human creativity, AI can be directed toward positive or negative ends.[85] When used in ways that respect human dignity and promote the well-being of individuals and communities, it can contribute positively to the human vocation. Yet, as in all areas where humans are called to make decisions, the shadow of evil also looms here. Where human freedom allows for the possibility of choosing what is wrong, the moral evaluation of this technology will need to take into account how it is directed and used.
    41. At the same time, it is not only the ends that are ethically significant but also the means employed to achieve them. Additionally, the overall vision and understanding of the human person embedded within these systems are important to consider as well. Technological products reflect the worldview of their developers, owners, users, and regulators,[86] and have the power to “shape the world and engage consciences on the level of values.”[87] On a societal level, some technological developments could also reinforce relationships and power dynamics that are inconsistent with a proper understanding of the human person and society.
    42. Therefore, the ends and the means used in a given application of AI, as well as the overall vision it incorporates, must all be evaluated to ensure they respect human dignity and promote the common good.[88] As Pope Francis has stated, “the intrinsic dignity of every man and every woman” must be “the key criterion in evaluating emerging technologies; these will prove ethically sound to the extent that they help respect that dignity and increase its expression at every level of human life,”[89] including in the social and economic spheres. In this sense, human intelligence plays a crucial role not only in designing and producing technology but also in directing its use in line with the authentic good of the human person.[90] The responsibility for managing this wisely pertains to every level of society, guided by the principle of subsidiarity and other principles of Catholic Social Teaching.
    Helping Human Freedom and Decision-Making
    43. The commitment to ensuring that AI always supports and promotes the supreme value of the dignity of every human being and the fullness of the human vocation serves as a criterion of discernment for developers, owners, operators, and regulators of AI, as well as to its users. It remains valid for every application of the technology at every level of its use.
    44. An evaluation of the implications of this guiding principle could begin by considering the importance of moral responsibility. Since full moral causality belongs only to personal agents, not artificial ones, it is crucial to be able to identify and define who bears responsibility for the processes involved in AI, particularly those capable of learning, correction, and reprogramming. While bottom-up approaches and very deep neural networks enable AI to solve complex problems, they make it difficult to understand the processes that lead to the solutions they adopted. This complicates accountability since if an AI application produces undesired outcomes, determining who is responsible becomes difficult. To address this problem, attention needs to be given to the nature of accountability processes in complex, highly automated settings, where results may only become evident in the medium to long term. For this, it is important that ultimate responsibility for decisions made using AI rests with the human decision-makers and that there is accountability for the use of AI at each stage of the decision-making process.[91]
    45. In addition to determining who is responsible, it is essential to identify the objectives given to AI systems. Although these systems may use unsupervised autonomous learning mechanisms and sometimes follow paths that humans cannot reconstruct, they ultimately pursue goals that humans have assigned to them and are governed by processes established by their designers and programmers. Yet, this presents a challenge because, as AI models become increasingly capable of independent learning, the ability to maintain control over them to ensure that such applications serve human purposes may effectively diminish. This raises the critical question of how to ensure that AI systems are ordered for the good of people and not against them.
    46. While responsibility for the ethical use of AI systems starts with those who develop, produce, manage, and oversee such systems, it is also shared by those who use them. As Pope Francis noted, the machine “makes a technical choice among several possibilities based either on well-defined criteria or on statistical inferences. Human beings, however, not only choose, but in their hearts are capable of deciding.”[92] Those who use AI to accomplish a task and follow its results create a context in which they are ultimately responsible for the power they have delegated. Therefore, insofar as AI can assist humans in making decisions, the algorithms that govern it should be trustworthy, secure, robust enough to handle inconsistencies, and transparent in their operation to mitigate biases and unintended side effects.[93] Regulatory frameworks should ensure that all legal entities remain accountable for the use of AI and all its consequences, with appropriate safeguards for transparency, privacy, and accountability.[94] Moreover, those using AI should be careful not to become overly dependent on it for their decision-making, a trend that increases contemporary society’s already high reliance on technology.
    47. The Church’s moral and social teaching provides resources to help ensure that AI is used in a way that preserves human agency. Considerations about justice, for example, should also address issues such as fostering just social dynamics, upholding international security, and promoting peace. By exercising prudence, individuals and communities can discern ways to use AI to benefit humanity while avoiding applications that could degrade human dignity or harm the environment. In this context, the concept of responsibility should be understood not only in its most limited sense but as a “responsibility for the care for others, which is more than simply accounting for results achieved.”[95]
    48. Therefore, AI, like any technology, can be part of a conscious and responsible answer to humanity’s vocation to the good. However, as previously discussed, AI must be directed by human intelligence to align with this vocation, ensuring it respects the dignity of the human person. Recognizing this “exalted dignity,” the Second Vatican Council affirmed that “the social order and its development must invariably work to the benefit of the human person.”[96] In light of this, the use of AI, as Pope Francis said, must be “accompanied by an ethic inspired by a vision of the common good, an ethic of freedom, responsibility, and fraternity, capable of fostering the full development of people in relation to others and to the whole of creation.”[97]
    V. Specific Questions
    49. Within this general perspective, some observations follow below to illustrate how the preceding arguments can help provide an ethical orientation in practical situations, in line with the “wisdom of heart” that Pope Francis has proposed.[98] While not exhaustive, this discussion is offered in service of the dialogue that considers how AI can be used to uphold the dignity of the human person and promote the common good.[99]
    AI and Society
    50. As Pope Francis observed, “the inherent dignity of each human being and the fraternity that binds us together as members of the one human family must undergird the development of new technologies and serve as indisputable criteria for evaluating them before they are employed.”[100]
    51. Viewed through this lens, AI could “introduce important innovations in agriculture, education and culture, an improved level of life for entire nations and peoples, and the growth of human fraternity and social friendship,” and thus be “used to promote integral human development.”[101] AI could also help organizations identify those in need and counter discrimination and marginalization. These and other similar applications of this technology could contribute to human development and the common good.[102]
    52. However, while AI holds many possibilities for promoting the good, it can also hinder or even counter human development and the common good. Pope Francis has noted that “evidence to date suggests that digital technologies have increased inequality in our world. Not just differences in material wealth, which are also significant, but also differences in access to political and social influence.”[103] In this sense, AI could be used to perpetuate marginalization and discrimination, create new forms of poverty, widen the “digital divide,” and worsen existing social inequalities.[104]
    53. Moreover, the concentration of the power over mainstream AI applications in the hands of a few powerful companies raises significant ethical concerns. Exacerbating this problem is the inherent nature of AI systems, where no single individual can exercise complete oversight over the vast and complex datasets used for computation. This lack of well-defined accountability creates the risk that AI could be manipulated for personal or corporate gain or to direct public opinion for the benefit of a specific industry. Such entities, motivated by their own interests, possess the capacity to exercise “forms of control as subtle as they are invasive, creating mechanisms for the manipulation of consciences and of the democratic process.”[105]
    54. Furthermore, there is the risk of AI being used to promote what Pope Francis has called the “technocratic paradigm,” which perceives all the world’s problems as solvable through technological means alone.[106] In this paradigm, human dignity and fraternity are often set aside in the name of efficiency, “as if reality, goodness, and truth automatically flow from technological and economic power as such.”[107] Yet, human dignity and the common good must never be violated for the sake of efficiency,[108] for “technological developments that do not lead to an improvement in the quality of life of all humanity, but on the contrary, aggravate inequalities and conflicts, can never count as true progress.”[109] Instead, AI should be put “at the service of another type of progress, one which is healthier, more human, more social, more integral.”[110]
    55. Achieving this objective requires a deeper reflection on the relationship between autonomy and responsibility. Greater autonomy heightens each person’s responsibility across various aspects of communal life. For Christians, the foundation of this responsibility lies in the recognition that all human capacities, including the person’s autonomy, come from God and are meant to be used in the service of others.[111] Therefore, rather than merely pursuing economic or technological objectives, AI should serve “the common good of the entire human family,” which is “the sum total of social conditions that allow people, either as groups or as individuals, to reach their fulfillment more fully and more easily.”[112]
    AI and Human Relationships
    56. The Second Vatican Council observed that “by his innermost nature man is a social being; and if he does not enter into relations with others, he can neither live nor develop his gifts.”[113] This conviction underscores that living in society is intrinsic to the nature and vocation of the human person.[114] As social beings, we seek relationships that involve mutual exchange and the pursuit of truth, in the course of which, people “share with each other the truth they have discovered, or think they have discovered, in such a way that they help one another in the search for truth.”[115]
    57. Such a quest, along with other aspects of human communication, presupposes encounters and mutual exchange between individuals shaped by their unique histories, thoughts, convictions, and relationships. Nor can we forget that human intelligence is a diverse, multifaceted, and complex reality: individual and social, rational and affective, conceptual and symbolic. Pope Francis underscores this dynamic, noting that “together, we can seek the truth in dialogue, in relaxed conversation or in passionate debate. To do so calls for perseverance; it entails moments of silence and suffering, yet it can patiently embrace the broader experience of individuals and peoples. […] The process of building fraternity, be it local or universal, can only be undertaken by spirits that are free and open to authentic encounters.”[116]
    58. It is in this context that one can consider the challenges AI poses to human relationships. Like other technological tools, AI has the potential to foster connections within the human family. However, it could also hinder a true encounter with reality and, ultimately, lead people to “a deep and melancholic dissatisfaction with interpersonal relations, or a harmful sense of isolation.”[117] Authentic human relationships require the richness of being with others in their pain, their pleas, and their joy.[118] Since human intelligence is expressed and enriched also in interpersonal and embodied ways, authentic and spontaneous encounters with others are indispensable for engaging with reality in its fullness.
    59. Because “true wisdom demands an encounter with reality,”[119] the rise of AI introduces another challenge. Since AI can effectively imitate the products of human intelligence, the ability to know when one is interacting with a human or a machine can no longer be taken for granted. Generative AI can produce text, speech, images, and other advanced outputs that are usually associated with human beings. Yet, it must be understood for what it is: a tool, not a person.[120] This distinction is often obscured by the language used by practitioners, which tends to anthropomorphize AI and thus blurs the line between human and machine.
    60. Anthropomorphizing AI also poses specific challenges for the development of children, potentially encouraging them to develop patterns of interaction that treat human relationships in a transactional manner, as one would relate to a chatbot. Such habits could lead young people to see teachers as mere dispensers of information rather than as mentors who guide and nurture their intellectual and moral growth. Genuine relationships, rooted in empathy and a steadfast commitment to the good of the other, are essential and irreplaceable in fostering the full development of the human person.
    61. In this context, it is important to clarify that, despite the use of anthropomorphic language, no AI application can genuinely experience empathy. Emotions cannot be reduced to facial expressions or phrases generated in response to prompts; they reflect the way a person, as a whole, relates to the world and to his or her own life, with the body playing a central role. True empathy requires the ability to listen, recognize another’s irreducible uniqueness, welcome their otherness, and grasp the meaning behind even their silences.[121] Unlike the realm of analytical judgment in which AI excels, true empathy belongs to the relational sphere. It involves intuiting and apprehending the lived experiences of another while maintaining the distinction between self and other.[122] While AI can simulate empathetic responses, it cannot replicate the eminently personal and relational nature of authentic empathy.[123]
    62. In light of the above, it is clear why misrepresenting AI as a person should always be avoided; doing so for fraudulent purposes is a grave ethical violation that could erode social trust. Similarly, using AI to deceive in other contexts—such as in education or in human relationships, including the sphere of sexuality—is also to be considered immoral and requires careful oversight to prevent harm, maintain transparency, and ensure the dignity of all people.[124]
    63. In an increasingly isolated world, some people have turned to AI in search of deep human relationships, simple companionship, or even emotional bonds. However, while human beings are meant to experience authentic relationships, AI can only simulate them. Nevertheless, such relationships with others are an integral part of how a person grows to become who he or she is meant to be. If AI is used to help people foster genuine connections between people, it can contribute positively to the full realization of the person. Conversely, if we replace relationships with God and with others with interactions with technology, we risk replacing authentic relationality with a lifeless image (cf. Ps. 106:20; Rom. 1:22-23). Instead of retreating into artificial worlds, we are called to engage in a committed and intentional way with reality, especially by identifying with the poor and suffering, consoling those in sorrow, and forging bonds of communion with all.
    AI, the Economy, and Labor
    64. Due to its interdisciplinary nature, AI is being increasingly integrated into economic and financial systems. Significant investments are currently being made not only in the technology sector but also in energy, finance, and media, particularly in the areas of marketing and sales, logistics, technological innovation, compliance, and risk management. At the same time, AI’s applications in these areas have also highlighted its ambivalent nature, as a source of tremendous opportunities but also profound risks. A first real critical point in this area concerns the possibility that—due to the concentration of AI applications in the hands of a few corporations—only those large companies would benefit from the value created by AI rather than the businesses that use it.
    65. Other broader aspects of AI’s impact on the economic-financial sphere must also be carefully examined, particularly concerning the interaction between concrete reality and the digital world. One important consideration in this regard involves the coexistence of diverse and alternative forms of economic and financial institutions within a given context. This factor should be encouraged, as it can bring benefits in how it supports the real economy by fostering its development and stability, especially during times of crisis. Nevertheless, it should be stressed that digital realities, not restricted by any spatial bonds, tend to be more homogeneous and impersonal than communities rooted in a particular place and a specific history, with a common journey characterized by shared values and hopes, but also by inevitable disagreements and divergences. This diversity is an undeniable asset to a community’s economic life. Turning over the economy and finance entirely to digital technology would reduce this variety and richness. As a result, many solutions to economic problems that can be reached through natural dialogue between the involved parties may no longer be attainable in a world dominated by procedures and only the appearance of nearness.
    66. Another area where AI is already having a profound impact is the world of work. As in many other fields, AI is driving fundamental transformations across many professions, with a range of effects. On the one hand, it has the potential to enhance expertise and productivity, create new jobs, enable workers to focus on more innovative tasks, and open new horizons for creativity and innovation.
    67. However, while AI promises to boost productivity by taking over mundane tasks, it frequently forces workers to adapt to the speed and demands of machines rather than machines being designed to support those who work. As a result, contrary to the advertised benefits of AI, current approaches to the technology can paradoxically deskill workers, subject them to automated surveillance, and relegate them to rigid and repetitive tasks. The need to keep up with the pace of technology can erode workers’ sense of agency and stifle the innovative abilities they are expected to bring to their work.[125]
    68. AI is currently eliminating the need for some jobs that were once performed by humans. If AI is used to replace human workers rather than complement them, there is a “substantial risk of disproportionate benefit for the few at the price of the impoverishment of many.”[126] Additionally, as AI becomes more powerful, there is an associated risk that human labor may lose its value in the economic realm. This is the logical consequence of the technocratic paradigm: a world of humanity enslaved to efficiency, where, ultimately, the cost of humanity must be cut. Yet, human lives are intrinsically valuable, independent of their economic output. Nevertheless, the “current model,” Pope Francis explains, “does not appear to favor an investment in efforts to help the slow, the weak, or the less talented to find opportunities in life.”[127] In light of this, “we cannot allow a tool as powerful and indispensable as Artificial Intelligence to reinforce such a paradigm, but rather, we must make Artificial Intelligence a bulwark against its expansion.”[128]
    69. It is important to remember that “the order of things must be subordinate to the order of persons, and not the other way around.”[129] Human work must not only be at the service of profit but at “the service of the whole human person […] taking into account the person’s material needs and the requirements of his or her intellectual, moral, spiritual, and religious life.”[130] In this context, the Church recognizes that work is “not only a means of earning one’s daily bread” but is also “an essential dimension of social life” and “a means […] of personal growth, the building of healthy relationships, self-expression and the exchange of gifts. Work gives us a sense of shared responsibility for the development of the world, and ultimately, for our life as a people.”[131]
    70. Since work is a “part of the meaning of life on this earth, a path to growth, human development and personal fulfillment,” “the goal should not be that technological progress increasingly replaces human work, for this would be detrimental to humanity”[132]—rather, it should promote human labor. Seen in this light, AI should assist, not replace, human judgment. Similarly, it must never degrade creativity or reduce workers to mere “cogs in a machine.” Therefore, “respect for the dignity of laborers and the importance of employment for the economic well-being of individuals, families, and societies, for job security and just wages, ought to be a high priority for the international community as these forms of technology penetrate more deeply into our workplaces.”[133]
    AI and Healthcare
    71. As participants in God’s healing work, healthcare professionals have the vocation and responsibility to be “guardians and servants of human life.”[134] Because of this, the healthcare profession carries an “intrinsic and undeniable ethical dimension,” recognized by the Hippocratic Oath, which obliges physicians and healthcare professionals to commit themselves to having “absolute respect for human life and its sacredness.”[135] Following the example of the Good Samaritan, this commitment is to be carried out by men and women “who reject the creation of a society of exclusion, and act instead as neighbors, lifting up and rehabilitating the fallen for the sake of the common good.”[136]
    72. Seen in this light, AI seems to hold immense potential in a variety of applications in the medical field, such as assisting the diagnostic work of healthcare providers, facilitating relationships between patients and medical staff, offering new treatments, and expanding access to quality care also for those who are isolated or marginalized. In these ways, the technology could enhance the “compassionate and loving closeness”[137] that healthcare providers are called to extend to the sick and suffering.
    73. However, if AI is used not to enhance but to replace the relationship between patients and healthcare providers—leaving patients to interact with a machine rather than a human being—it would reduce a crucially important human relational structure to a centralized, impersonal, and unequal framework. Instead of encouraging solidarity with the sick and suffering, such applications of AI would risk worsening the loneliness that often accompanies illness, especially in the context of a culture where “persons are no longer seen as a paramount value to be cared for and respected.”[138] This misuse of AI would not align with respect for the dignity of the human person and solidarity with the suffering.
    74. Responsibility for the well-being of patients and the decisions that touch upon their lives are at the heart of the healthcare profession. This accountability requires medical professionals to exercise all their skill and intelligence in making well-reasoned and ethically grounded choices regarding those entrusted to their care, always respecting the inviolable dignity of the patients and the need for informed consent. As a result, decisions regarding patient treatment and the weight of responsibility they entail must always remain with the human person and should never be delegated to AI.[139]
    75. In addition, using AI to determine who should receive treatment based predominantly on economic measures or metrics of efficiency represents a particularly problematic instance of the “technocratic paradigm” that must be rejected.[140] For, “optimizing resources means using them in an ethical and fraternal way, and not penalizing the most fragile.”[141] Additionally, AI tools in healthcare are “exposed to forms of bias and discrimination,” where “systemic errors can easily multiply, producing not only injustices in individual cases but also, due to the domino effect, real forms of social inequality.”[142]
    76. The integration of AI into healthcare also poses the risk of amplifying other existing disparities in access to medical care. As healthcare becomes increasingly oriented toward prevention and lifestyle-based approaches, AI-driven solutions may inadvertently favor more affluent populations who already enjoy better access to medical resources and quality nutrition. This trend risks reinforcing a “medicine for the rich” model, where those with financial means benefit from advanced preventative tools and personalized health information while others struggle to access even basic services. To prevent such inequities, equitable frameworks are needed to ensure that the use of AI in healthcare does not worsen existing healthcare inequalities but rather serves the common good.
    AI and Education
    77. The words of the Second Vatican Council remain fully relevant today: “True education strives to form individuals with a view toward their final end and the good of the society to which they belong.”[143] As such, education is “never a mere process of passing on facts and intellectual skills: rather, its aim is to contribute to the person’s holistic formation in its various aspects (intellectual, cultural, spiritual, etc.), including, for example, community life and relations within the academic community,”[144] in keeping with the nature and dignity of the human person.
    78. This approach involves a commitment to cultivating the mind, but always as a part of the integral development of the person: “We must break that idea of education which holds that educating means filling one’s head with ideas. That is the way we educate automatons, cerebral minds, not people. Educating is taking a risk in the tension between the mind, the heart, and the hands.”[145]
    79. At the center of this work of forming the whole human person is the indispensable relationship between teacher and student. Teachers do more than convey knowledge; they model essential human qualities and inspire the joy of discovery.[146] Their presence motivates students both through the content they teach and the care they demonstrate for their students. This bond fosters trust, mutual understanding, and the capacity to address each person’s unique dignity and potential. On the part of the student, this can generate a genuine desire to grow. The physical presence of a teacher creates a relational dynamic that AI cannot replicate, one that deepens engagement and nurtures the student’s integral development.
    80. In this context, AI presents both opportunities and challenges. If used in a prudent manner, within the context of an existing teacher-student relationship and ordered to the authentic goals of education, AI can become a valuable educational resource by enhancing access to education, offering tailored support, and providing immediate feedback to students. These benefits could enhance the learning experience, especially in cases where individualized attention is needed, or educational resources are otherwise scarce.
    81. Nevertheless, an essential part of education is forming “the intellect to reason well in all matters, to reach out towards truth, and to grasp it,”[147] while helping the “language of the head” to grow harmoniously with the “language of the heart” and the “language of the hands.”[148] This is all the more vital in an age marked by technology, in which “it is no longer merely a question of ‘using’ instruments of communication, but of living in a highly digitalized culture that has had a profound impact on […] our ability to communicate, learn, be informed and enter into relationship with others.”[149] However, instead of fostering “a cultivated intellect,” which “brings with it a power and a grace to every work and occupation that it undertakes,”[150] the extensive use of AI in education could lead to the students’ increased reliance on technology, eroding their ability to perform some skills independently and worsening their dependence on screens.[151]
    82. Additionally, while some AI systems are designed to help people develop their critical thinking abilities and problem-solving skills, many others merely provide answers instead of prompting students to arrive at answers themselves or write text for themselves.[152] Instead of training young people how to amass information and generate quick responses, education should encourage “the responsible use of freedom to face issues with good sense and intelligence.”[153] Building on this, “education in the use of forms of artificial intelligence should aim above all at promoting critical thinking. Users of all ages, but especially the young, need to develop a discerning approach to the use of data and content collected on the web or produced by artificial intelligence systems. Schools, universities, and scientific societies are challenged to help students and professionals to grasp the social and ethical aspects of the development and uses of technology.”[154]
    83. As Saint John Paul II recalled, “in the world today, characterized by such rapid developments in science and technology, the tasks of a Catholic University assume an ever greater importance and urgency.”[155] In a particular way, Catholic universities are urged to be present as great laboratories of hope at this crossroads of history. In an inter-disciplinary and cross-disciplinary key, they are urged to engage “with wisdom and creativity”[156] in careful research on this phenomenon, helping to draw out the salutary potential within the various fields of science and reality, and guiding them always towards ethically sound applications that clearly serve the cohesion of our societies and the common good, reaching new frontiers in the dialogue between faith and reason.
    84. Moreover, it should be noted that current AI programs have been known to provide biased or fabricated information, which can lead students to trust inaccurate content. This problem “not only runs the risk of legitimizing fake news and strengthening a dominant culture’s advantage, but, in short, it also undermines the educational process itself.”[157] With time, clearer distinctions may emerge between proper and improper uses of AI in education and research. Yet, a decisive guideline is that the use of AI should always be transparent and never misrepresented.
    AI, Misinformation, Deepfakes, and Abuse
    85. AI could be used as an aid to human dignity if it helps people understand complex concepts or directs them to sound resources that support their search for the truth.[158]
    86. However, AI also presents a serious risk of generating manipulated content and false information, which can easily mislead people due to its resemblance to the truth. Such misinformation might occur unintentionally, as in the case of AI “hallucination,” where a generative AI system yields results that appear real but are not. Since generating content that mimics human artifacts is central to AI’s functionality, mitigating these risks proves challenging. Yet, the consequences of such aberrations and false information can be quite grave. For this reason, all those involved in producing and using AI systems should be committed to the truthfulness and accuracy of the information processed by such systems and disseminated to the public.
    87. While AI has a latent potential to generate false information, an even more troubling problem lies in the deliberate misuse of AI for manipulation. This can occur when individuals or organizations intentionally generate and spread false content with the aim to deceive or cause harm, such as “deepfake” images, videos, and audio—referring to a false depiction of a person, edited or generated by an AI algorithm. The danger of deepfakes is particularly evident when they are used to target or harm others. While the images or videos themselves may be artificial, the damage they cause is real, leaving “deep scars in the hearts of those who suffer it” and “real wounds in their human dignity.”[159]
    88. On a broader scale, by distorting “our relationship with others and with reality,”[160] AI-generated fake media can gradually undermine the foundations of society. This issue requires careful regulation, as misinformation—especially through AI-controlled or influenced media—can spread unintentionally, fueling political polarization and social unrest. When society becomes indifferent to the truth, various groups construct their own versions of “facts,” weakening the “reciprocal ties and mutual dependencies”[161] that underpin the fabric of social life. As deepfakes cause people to question everything and AI-generated false content erodes trust in what they see and hear, polarization and conflict will only grow. Such widespread deception is no trivial matter; it strikes at the core of humanity, dismantling the foundational trust on which societies are built.[162]
    89. Countering AI-driven falsehoods is not only the work of industry experts—it requires the efforts of all people of goodwill. “If technology is to serve human dignity and not harm it, and if it is to promote peace rather than violence, then the human community must be proactive in addressing these trends with respect to human dignity and the promotion of the good.”[163] Those who produce and share AI-generated content should always exercise diligence in verifying the truth of what they disseminate and, in all cases, should “avoid the sharing of words and images that are degrading of human beings, that promote hatred and intolerance, that debase the goodness and intimacy of human sexuality or that exploit the weak and vulnerable.”[164] This calls for the ongoing prudence and careful discernment of all users regarding their activity online.[165]
    AI, Privacy, and Surveillance
    90. Humans are inherently relational, and the data each person generates in the digital world can be seen as an objectified expression of this relational nature. Data conveys not only information but also personal and relational knowledge, which, in an increasingly digitized context, can amount to power over the individual. Moreover, while some types of data may pertain to public aspects of a person’s life, others may touch upon the individual’s interiority, perhaps even their conscience. Seen in this way, privacy plays an essential role in protecting the boundaries of a person’s inner life, preserving their freedom to relate to others, express themselves, and make decisions without undue control. This protection is also tied to the defense of religious freedom, as surveillance can also be misused to exert control over the lives of believers and how they express their faith.
    91. It is appropriate, therefore, to address the issue of privacy from a concern for the legitimate freedom and inalienable dignity of the human person “in all circumstances.”[166] The Second Vatican Council included the right “to safeguard privacy” among the fundamental rights “necessary for living a genuinely human life,” a right that should be extended to all people on account of their “sublime dignity.”[167] Furthermore, the Church has also affirmed the right to the legitimate respect for a private life in the context of affirming the person’s right to a good reputation, defense of their physical and mental integrity, and freedom from harm or undue intrusion[168]—essential components of the due respect for the intrinsic dignity of the human person.[169]
    92. Advances in AI-powered data processing and analysis now make it possible to infer patterns in a person’s behavior and thinking from even a small amount of information, making the role of data privacy even more imperative as a safeguard for the dignity and relational nature of the human person. As Pope Francis observed, “while closed and intolerant attitudes towards others are on the rise, distances are otherwise shrinking or disappearing to the point that the right to privacy scarcely exists. Everything has become a kind of spectacle to be examined and inspected, and people’s lives are now under constant surveillance.”[170]
    93. While there can be legitimate and proper ways to use AI in keeping with human dignity and the common good, using it for surveillance aimed at exploiting, restricting others’ freedom, or benefitting a few at the expense of the many is unjustifiable. The risk of surveillance overreach must be monitored by appropriate regulators to ensure transparency and public accountability. Those responsible for surveillance should never exceed their authority, which must always favor the dignity and freedom of every person as the essential basis of a just and humane society.
    94. Furthermore, “fundamental respect for human dignity demands that we refuse to allow the uniqueness of the person to be identified with a set of data.”[171] This especially applies when AI is used to evaluate individuals or groups based on their behavior, characteristics, or history—a practice known as “social scoring”: “In social and economic decision-making, we should be cautious about delegating judgments to algorithms that process data, often collected surreptitiously, on an individual’s makeup and prior behavior. Such data can be contaminated by societal prejudices and preconceptions. A person’s past behavior should not be used to deny him or her the opportunity to change, grow, and contribute to society. We cannot allow algorithms to limit or condition respect for human dignity, or to exclude compassion, mercy, forgiveness, and above all, the hope that people are able to change.”[172]
    AI and the Protection of Our Common Home
    95. AI has many promising applications for improving our relationship with our “common home,” such as creating models to forecast extreme climate events, proposing engineering solutions to reduce their impact, managing relief operations, and predicting population shifts.[173] Additionally, AI can support sustainable agriculture, optimize energy usage, and provide early warning systems for public health emergencies. These advancements have the potential to strengthen resilience against climate-related challenges and promote more sustainable development.
    96. At the same time, current AI models and the hardware required to support them consume vast amounts of energy and water, significantly contributing to CO2 emissions and straining resources. This reality is often obscured by the way this technology is presented in the popular imagination, where words such as “the cloud”[174] can give the impression that data is stored and processed in an intangible realm, detached from the physical world. However, “the cloud” is not an ethereal domain separate from the physical world; as with all computing technologies, it relies on physical machines, cables, and energy. The same is true of the technology behind AI. As these systems grow in complexity, especially large language models (LLMs), they require ever-larger datasets, increased computational power, and greater storage infrastructure. Considering the heavy toll these technologies take on the environment, it is vital to develop sustainable solutions that reduce their impact on our common home.
    97. Even then, as Pope Francis teaches, it is essential “that we look for solutions not only in technology but in a change of humanity.”[175] A complete and authentic understanding of creation recognizes that the value of all created things cannot be reduced to their mere utility. Therefore, a fully human approach to the stewardship of the earth rejects the distorted anthropocentrism of the technocratic paradigm, which seeks to “extract everything possible” from the world,[176] and rejects the “myth of progress,” which assumes that “ecological problems will solve themselves simply with the application of new technology and without any need for ethical considerations or deep change.”[177] Such a mindset must give way to a more holistic approach that respects the order of creation and promotes the integral good of the human person while safeguarding our common home.[178]
    AI and Warfare
    98. The Second Vatican Council and the consistent teaching of the Popes since then have insisted that peace is not merely the absence of war and is not limited to maintaining a balance of powers between adversaries. Instead, in the words of Saint Augustine, peace is “the tranquility of order.”[179] Indeed, peace cannot be attained without safeguarding the goods of persons, free communication, respect for the dignity of persons and peoples, and the assiduous practice of fraternity. Peace is the work of justice and the effect of charity and cannot be achieved through force alone; instead, it must be principally built through patient diplomacy, the active promotion of justice, solidarity, integral human development, and respect for the dignity of all people.[180] In this way, the tools used to maintain peace should never be allowed to justify injustice, violence, or oppression. Instead, they should always be governed by a “firm determination to respect other people and nations, along with their dignity, as well as the deliberate practice of fraternity.”[181]
    99. While AI’s analytical abilities could help nations seek peace and ensure security, the “weaponization of Artificial Intelligence” can also be highly problematic. Pope Francis has observed that “the ability to conduct military operations through remote control systems has led to a lessened perception of the devastation caused by those weapon systems and the burden of responsibility for their use, resulting in an even more cold and detached approach to the immense tragedy of war.”[182] Moreover, the ease with which autonomous weapons make war more viable militates against the principle of war as a last resort in legitimate self-defense,[183] potentially increasing the instruments of war well beyond the scope of human oversight and precipitating a destabilizing arms race, with catastrophic consequences for human rights.[184]
    100. In particular, Lethal Autonomous Weapon Systems, which are capable of identifying and striking targets without direct human intervention, are a “cause for grave ethical concern” because they lack the “unique human capacity for moral judgment and ethical decision-making.”[185] For this reason, Pope Francis has urgently called for a reconsideration of the development of these weapons and a prohibition on their use, starting with “an effective and concrete commitment to introduce ever greater and proper human control. No machine should ever choose to take the life of a human being.”[186]
    101. Since it is a small step from machines that can kill autonomously with precision to those capable of large-scale destruction, some AI researchers have expressed concerns that such technology poses an “existential risk” by having the potential to act in ways that could threaten the survival of entire regions or even of humanity itself. This danger demands serious attention, reflecting the long-standing concern about technologies that grant war “an uncontrollable destructive power over great numbers of innocent civilians,”[187] without even sparing children. In this context, the call from Gaudium et Spes to “undertake an evaluation of war with an entirely new attitude”[188] is more urgent than ever.
    102. At the same time, while the theoretical risks of AI deserve attention, the more immediate and pressing concern lies in how individuals with malicious intentions might misuse this technology.[189] Like any tool, AI is an extension of human power, and while its future capabilities are unpredictable, humanity’s past actions provide clear warnings. The atrocities committed throughout history are enough to raise deep concerns about the potential abuses of AI.
    103. Saint John Paul II observed that “humanity now has instruments of unprecedented power: we can turn this world into a garden, or reduce it to a pile of rubble.”[190] Given this fact, the Church reminds us, in the words of Pope Francis, that “we are free to apply our intelligence towards things evolving positively,” or toward “decadence and mutual destruction.”[191] To prevent humanity from spiraling into self-destruction,[192] there must be a clear stand against all applications of technology that inherently threaten human life and dignity. This commitment requires careful discernment about the use of AI, particularly in military defense applications, to ensure that it always respects human dignity and serves the common good. The development and deployment of AI in armaments should be subject to the highest levels of ethical scrutiny, governed by a concern for human dignity and the sanctity of life.[193]
    AI and Our Relationship with God
    104. Technology offers remarkable tools to oversee and develop the world’s resources. However, in some cases, humanity is increasingly ceding control of these resources to machines. Within some circles of scientists and futurists, there is optimism about the potential of artificial general intelligence (AGI), a hypothetical form of AI that would match or surpass human intelligence and bring about unimaginable advancements. Some even speculate that AGI could achieve superhuman capabilities. At the same time, as society drifts away from a connection with the transcendent, some are tempted to turn to AI in search of meaning or fulfillment—longings that can only be truly satisfied in communion with God.[194]
    105. However, the presumption of substituting God for an artifact of human making is idolatry, a practice Scripture explicitly warns against (e.g., Ex. 20:4; 32:1-5; 34:17). Moreover, AI may prove even more seductive than traditional idols for, unlike idols that “have mouths but do not speak; eyes, but do not see; ears, but do not hear” (Ps. 115:5-6), AI can “speak,” or at least gives the illusion of doing so (cf. Rev. 13:15). Yet, it is vital to remember that AI is but a pale reflection of humanity—it is crafted by human minds, trained on human-generated material, responsive to human input, and sustained through human labor. AI cannot possess many of the capabilities specific to human life, and it is also fallible. By turning to AI as a perceived “Other” greater than itself, with which to share existence and responsibilities, humanity risks creating a substitute for God. However, it is not AI that is ultimately deified and worshipped, but humanity itself—which, in this way, becomes enslaved to its own work.[195]
    106. While AI has the potential to serve humanity and contribute to the common good, it remains a creation of human hands, bearing “the imprint of human art and ingenuity” (Acts 17:29). It must never be ascribed undue worth. As the Book of Wisdom affirms: “For a man made them, and one whose spirit is borrowed formed them; for no man can form a god which is like himself. He is mortal, and what he makes with lawless hands is dead, for he is better than the objects he worships since he has life, but they never have” (Wis. 15:16-17).
    107. In contrast, human beings, “by their interior life, transcend the entire material universe; they experience this deep interiority when they enter into their own heart, where God, who probes the heart, awaits them, and where they decide their own destiny in the sight of God.”[196] It is within the heart, as Pope Francis reminds us, that each individual discovers the “mysterious connection between self-knowledge and openness to others, between the encounter with one’s personal uniqueness and the willingness to give oneself to others.”[197] Therefore, it is the heart alone that is “capable of setting our other powers and passions, and our entire person, in a stance of reverence and loving obedience before the Lord,”[198] who “offers to treat each one of us as a ‘Thou,’ always and forever.”[199]
    VI. Concluding Reflections
    108. Considering the various challenges posed by advances in technology, Pope Francis emphasized the need for growth in “human responsibility, values, and conscience,” proportionate to the growth in the potential that this technology brings[200]—recognizing that “with an increase in human power comes a broadening of responsibility on the part of individuals and communities.”[201]
    109. At the same time, the “essential and fundamental question” remains “whether in the context of this progress man, as man, is becoming truly better, that is to say, more mature spiritually, more aware of the dignity of his humanity, more responsible, more open to others, especially the neediest and the weakest, and readier to give and to aid all.”[202]
    110. As a result, it is crucial to know how to evaluate individual applications of AI in particular contexts to determine whether its use promotes human dignity, the vocation of the human person, and the common good. As with many technologies, the effects of the various uses of AI may not always be predictable from their inception. As these applications and their social impacts become clearer, appropriate responses should be made at all levels of society, following the principle of subsidiarity. Individual users, families, civil society, corporations, institutions, governments, and international organizations should work at their proper levels to ensure that AI is used for the good of all.
    111. A significant challenge and opportunity for the common good today lies in considering AI within a framework of relational intelligence, which emphasizes the interconnectedness of individuals and communities and highlights our shared responsibility for fostering the integral well-being of others. The twentieth-century philosopher Nicholas Berdyaev observed that people often blame machines for personal and social problems; however, “this only humiliates man and does not correspond to his dignity,” for “it is unworthy to transfer responsibility from man to a machine.”[203] Only the human person can be morally responsible, and the challenges of a technological society are ultimately spiritual in nature. Therefore, facing those challenges “demands an intensification of spirituality.”[204]
    112. A further point to consider is the call, prompted by the appearance of AI on the world stage, for a renewed appreciation of all that is human. Years ago, the French Catholic author Georges Bernanos warned that “the danger is not in the multiplication of machines, but in the ever-increasing number of men accustomed from their childhood to desire only what machines can give.”[205] This challenge is as true today as it was then, as the rapid pace of digitization risks a “digital reductionism,” where non-quantifiable aspects of life are set aside and then forgotten or even deemed irrelevant because they cannot be computed in formal terms. AI should be used only as a tool to complement human intelligence rather than replace its richness.[206] Cultivating those aspects of human life that transcend computation is crucial for preserving “an authentic humanity” that “seems to dwell in the midst of our technological culture, almost unnoticed, like a mist seeping gently beneath a closed door.”[207]
    True Wisdom
    113. The vast expanse of the world’s knowledge is now accessible in ways that would have filled past generations with awe. However, to ensure that advancements in knowledge do not become humanly or spiritually barren, one must go beyond the mere accumulation of data and strive to achieve true wisdom.[208]
    114. This wisdom is the gift that humanity needs most to address the profound questions and ethical challenges posed by AI: “Only by adopting a spiritual way of viewing reality, only by recovering a wisdom of the heart, can we confront and interpret the newness of our time.”[209] Such “wisdom of the heart” is “the virtue that enables us to integrate the whole and its parts, our decisions and their consequences.” It “cannot be sought from machines,” but it “lets itself be found by those who seek it and be seen by those who love it; it anticipates those who desire it, and it goes in search of those who are worthy of it (cf. Wis 6:12-16).”[210]
    115. In a world marked by AI, we need the grace of the Holy Spirit, who “enables us to look at things with God’s eyes, to see connections, situations, events and to uncover their real meaning.”[211]
    116. Since a “person’s perfection is measured not by the information or knowledge they possess, but by the depth of their charity,”[212] how we incorporate AI “to include the least of our brothers and sisters, the vulnerable, and those most in need, will be the true measure of our humanity.”[213] The “wisdom of the heart” can illuminate and guide the human-centered use of this technology to help promote the common good, care for our “common home,” advance the search for the truth, foster integral human development, favor human solidarity and fraternity, and lead humanity to its ultimate goal: happiness and full communion with God.[214]
    117. From this perspective of wisdom, believers will be able to act as moral agents capable of using this technology to promote an authentic vision of the human person and society.[215] This should be done with the understanding that technological progress is part of God’s plan for creation—an activity that we are called to order toward the Paschal Mystery of Jesus Christ, in the continual search for the True and the Good.
    The Supreme Pontiff, Francis, at the Audience granted on 14 January 2025 to the undersigned Prefects and Secretaries of the Dicastery for the Doctrine of the Faith and the Dicastery for Culture and Education, approved this Note and ordered its publication.
    Given in Rome, at the offices of the Dicastery for the Doctrine of the Faith and the Dicastery for Culture and Education, on 28 January 2025, the Liturgical Memorial of Saint Thomas Aquinas, Doctor of the Church.
    Víctor Manuel Card. Fernández                                         José Card. Tolentino de Mendonça
    Prefect                                                                           Prefect
    Msgr. Armando Matteo                                                    Most Rev. Paul Tighe
    Secretary, Doctrinal Section                                             Secretary, Culture Section
    Ex audientia die 14 ianuarii 2025
    Franciscus
    _________________
    [1] Catechism of the Catholic Church, par. 378. See also Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 34: AAS 58 (1966), 1052-1053.
    [2] Francis, Address to the Participants in the Plenary Assembly of the Pontifical Academy for Life (28 February 2020): AAS 112 (2020), 307. Cf. Id., Christmas Greetings to the Roman Curia (21 December 2019): AAS 112 (2020), 43.
    [3] Cf. Francis, Message for the LVIII World Day of Social Communications (24 January 2024): L’Osservatore Romano, 24 January 2024, 8.
    [4] Cf. Catechism of the Catholic Church, par. 2293; Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 35: AAS 58 (1966), 1053.
    [5] J. McCarthy, et al., “A Proposal for the Dartmouth Summer Research Project on Artificial Intelligence” (31 August 1955), http://www-formal.stanford.edu/jmc/history/dartmouth/dartmouth.html (accessed: 21 October 2024).
    [6] Cf. Francis, Message for the LVII World Day of Peace (1 January 2024), pars. 2-3: L’Osservatore Romano, 14 December 2023, 2.
    [7] Terms in this document describing the outputs or processes of AI are used figuratively to explain its operations and are not intended to anthropomorphize the machine.
    [8] Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 3; Id., Message for the LVII World Day of Peace (1 January 2024), par. 2: L’Osservatore Romano, 14 December 2023, 2.
    [9] Here, one can see the primary positions of the “transhumanists” and the “posthumanists.” Transhumanists argue that technological advancements will enable humans to overcome their biological limitations and enhance both their physical and cognitive abilities. Posthumanists, on the other hand, contend that such advances will ultimately alter human identity to the extent that humanity itself may no longer be considered truly “human.” Both views rest on a fundamentally negative perception of human corporality, which treats the body more as an obstacle than as an integral part of the person’s identity and call to full realization. Yet, this negative view of the body is inconsistent with a proper understanding of human dignity. While the Church supports genuine scientific progress, it affirms that human dignity is rooted in “the person as an inseparable unity of body and soul.” Thus, “dignity is also inherent in each person’s body, which participates in its own way in being in imago Dei” (Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita [8 April 2024], par. 18).
    [10] This approach reflects a functionalist perspective, which reduces the human mind to its functions and assumes that its functions can be entirely quantified in physical or mathematical terms. However, even if a future AGI were to appear truly intelligent, it would still remain functional in nature.
    [11] Cf. A.M. Turing, “Computing Machinery and Intelligence,” Mind 59 (1950) 443-460.
    [12] If “thinking” is attributed to machines, it must be clarified that this refers to calculative thinking rather than critical thinking. Similarly, if machines are said to operate using logical thinking, it must be specified that this is limited to computational logic. On the other hand, by its very nature, human thought is a creative process that eludes programming and transcends constraints.
    [13] On the foundational role of language in shaping understanding, cf. M. Heidegger, Über den Humanismus, Klostermann, Frankfurt am Main 1949 (en. tr. “Letter on Humanism,” in Basic Writings: Martin Heidegger, Routledge, London ‒ New York 2010, 141-182).
    [14] For further discussion of these anthropological and theological foundations, see AI Research Group of the Centre for Digital Culture of the Dicastery for Culture and Education, Encountering Artificial Intelligence: Ethical and Anthropological Investigations(Theological Investigations of Artificial Intelligence 1), M.J. Gaudet, N. Herzfeld, P. Scherz, J.J. Wales, eds., Journal of Moral Theology, Pickwick, Eugene 2024, 43-144.
    [15] Aristotle, Metaphysics, I.1, 980 a 21.
    [16] Cf. Augustine, De Genesi ad litteram III, 20, 30: PL 34, 292: “Man is made in the image of God in relation to that [faculty] by which he is superior to the irrational animals. Now, this [faculty] is reason itself, or the ‘mind,’ or ‘intelligence,’ whatever other name it may more suitably be given”; Id., Enarrationes in Psalmos 54, 3: PL 36, 629: “When considering all that they have, humans discover that they are most distinguished from animals precisely by the fact they possess intelligence.” This is also reiterated by Saint Thomas Aquinas, who states that “man is the most perfect of all earthly beings endowed with motion, and his proper and natural operation is intellection,” by which man abstracts from things and “receives in his mind things actually intelligible” (Thomas Aquinas, Summa Contra Gentiles II, 76).
    [17] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 15: AAS 58 (1966), 1036.
    [18] Aquinas, Summa Theologiae, II-II, q. 49, a. 5, ad 3. Cf. ibid., I, q. 79; II-II, q. 47, a. 3; II-II, q. 49, a. 2. For a contemporary perspective that echoes elements of the classical and medieval distinction between these two modes of cognition, cf. D. Kahneman, Thinking, Fast and Slow, New York 2011.
    [19] Aquinas, Summa Theologiae, I, q. 76, a. 1, resp.
    [20] Cf. Irenaeus of Lyon, Adversus Haereses, V, 6, 1: PG 7(2), 1136-1138.
    [21] Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), par. 9. Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 213: AAS 112 (2020), 1045: “The intellect can investigate the reality of things through reflection, experience and dialogue, and come to recognize in that reality, which transcends it, the basis of certain universal moral demands.”
    [22] Cf. Congregation for the Doctrine of the Faith, Doctrinal Note on Some Aspects of Evangelization (3 December 2007), par. 4: AAS 100 (2008), 491-492.
    [23] Catechism of the Catholic Church, par. 365. Cf. Aquinas, Summa Theologiae, I, q. 75, a. 4, resp.
    [24] Indeed, Sacred Scripture “generally considers the human person as a being who exists in the body and is unthinkable outside of it” (Pontifical Biblical Commission, “Che cosa è l’uomo?” (Sal 8,5): Un itinerario di antropologia biblica [30 September 2019], par. 19). Cf. ibid., pars. 20-21, 43-44, 48.
    [25] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 22: AAS 58 (1966), 1042: Cf. Congregation for the Doctrine of the Faith, Instruction Dignitas Personae (8 September 2008), par. 7: AAS 100 (2008), 863: “Christ did not disdain human bodiliness, but instead fully disclosed its meaning and value.”
    [26] Aquinas, Summa Contra Gentiles II, 81.
    [27] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 15: AAS 58 (1966), 1036.
    [28] Cf. Aquinas, Summa Theologiae I, q. 89, a. 1, resp.: “to be separated from the body is not in accordance with [the soul’s] nature […] and hence it is united to the body in order that it may have an existence and an operation suitable to its nature.”
    [29] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 14: AAS 58 (1966), 1035. Cf. Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), par. 18.
    [30] International Theological Commission, Communion and Stewardship: Human Persons Created in the Image of God (2004), par. 56. Cf. Catechism of the Catholic Church, par. 357.
    [31] Cf. Congregation for the Doctrine of the Faith, Instruction Dignitas Personae (8 September 2008), pars. 5, 8; Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), pars. 15, 24, 53-54.
    [32] Catechism of the Catholic Church, par. 356. Cf. ibid., par. 221.
    [33] Cf. Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), pars. 13, 26-27.
    [34] Congregation for the Doctrine of the Faith, Instruction Donum Veritatis (24 May 1990), 6: AAS 82 (1990), 1552. Cf. John Paul II, Encyclical Veritatis Splendor (6 August 1993), par. 109: AAS 85 (1993), 1219. Cf. Pseudo-Dionysius, De divinis nominibus, VII, 2: PG 3, 868B-C: “Human souls also possess reason and with it they circle in discourse around the truth of things. […] [O]n account of the manner in which they are capable of concentrating the many into the one, they too, in their own fashion and as far as they can, are worthy of conceptions like those of the angels” (en. tr. Pseudo-Dionysius: The Complete Works, Paulist Press, New York – Mahwah 1987, 106-107).
    [35] John Paul II, Encyclical Letter Fides et Ratio (14 September 1998), par. 3: AAS 91 (1999), 7.
    [36] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 15: AAS 58 (1966), 1036.
    [37] John Paul II, Encyclical Letter Fides et Ratio (14 September 1998), par. 42: AAS 91 (1999), 38. Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 208: AAS 112 (2020), 1043: “the human mind is capable of transcending immediate concerns and grasping certain truths that are unchanging, as true now as in the past. As it peers into human nature, reason discovers universal values derived from that same nature”; ibid., par. 184: AAS 112 (2020), 1034.
    [38] Cf. B. Pascal, Pensées, no. 267 (ed. Brunschvicg): “The last proceeding of reason is to recognize that there is an infinity of things which are beyond it” (en. tr. Pascal’s Pensées, E.P. Dutton, New York 1958, 77).
    [39] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 15: AAS 58 (1966), 1036. Cf. Congregation for the Doctrine of the Faith, Doctrinal Note on Some Aspects of Evangelization (3 December 2007), par. 4: AAS 100 (2008), 491-492.
    [40] Our semantic capacity allows us to understand messages in any form of communication in a manner that both takes into account and transcends their material or empirical structures (such as computer code). Here, intelligence becomes a wisdom that “enables us to look at things with God’s eyes, to see connections, situations, events and to uncover their real meaning” (Francis, Message for the LVIII World Day of Social Communications [24 January 2024]: L’Osservatore Romano, 24 January 2024, 8). Our creativity enables us to generate new content or ideas, primarily by offering an original viewpoint on reality. Both capacities depend on the existence of a personal subjectivity for their full realization.
    [41] Second Vatican Ecumenical Council, Declaration Dignitatis Humanae (7 December 1965), par. 3: AAS 58 (1966), 931.
    [42] Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 184: AAS 112 (2020), 1034: “Charity, when accompanied by a commitment to the truth, is much more than personal feeling […]. Indeed, its close relation to truth fosters its universality and preserves it from being ‘confined to a narrow field devoid of relationships.’ […] Charity’s openness to truth thus protects it from ‘a fideism that deprives it of its human and universal breadth.’” The internal quotes are from Benedict XVI, Encyclical Letter Caritas in Veritate (29 June 2009), pars. 2-4: AAS 101 (2009), 642-643.
    [43] Cf. International Theological Commission, Communion and Stewardship: Human Persons Created in the Image of God (2004), par. 7.
    [44] John Paul II, Encyclical Letter Fides et Ratio (14 September 1998), par. 13: AAS 91 (1999), 15. Cf. Congregation for the Doctrine of the Faith, Doctrinal Note on Some Aspects of Evangelization (3 December 2007), par. 4: AAS 100 (2008), 491-492.
    [45] John Paul II, Encyclical Letter Fides et Ratio (14 September 1998), par. 13: AAS 91 (1999), 15.
    [46] Bonaventure, In II Librum Sententiarum, d. I, p. 2, a. 2, q. 1; as quoted in Catechism of the Catholic Church, par. 293. Cf. ibid., par. 294.
    [47] Cf. Catechism of the Catholic Church, pars. 295, 299, 302. Bonaventure likens the universe to “a book reflecting, representing, and describing its Maker,” the Triune God who grants existence to all things (Breviloquium 2.12.1). Cf. Alain de Lille, De Incarnatione Christi, PL 210, 579a: “Omnis mundi creatura quasi liber et pictura nobis est et speculum.”
    [48] Cf. Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 67: AAS 107 (2015), 874; John Paul II, Encyclical Letter Laborem Exercens (14 September 1981), par. 6: AAS 73 (1981), 589-592; Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), pars. 33-34: AAS 58 (1966), 1052-1053; International Theological Commission, Communion and Stewardship: Human Persons Created in the Image of God (2004), par. 57: “human beings occupy a unique place in the universe according to the divine plan: they enjoy the privilege of sharing in the divine governance of visible creation. […] Since man’s place as ruler is in fact a participation in the divine governance of creation, we speak of it here as a form of stewardship.”
    [49] Cf. John Paul II, Encyclical Letter Veritatis Splendor (6 August 1993), pars. 38-39: AAS 85 (1993), 1164-1165.
    [50] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), pars. 33-34: AAS 58 (1966), 1052-1053. This idea is also reflected in the creation account, where God brings creatures to Adam “to see what he would call them. And whatever [he] called every living creature, that was its name” (Gen. 2:19), an action that demonstrates the active engagement of human intelligence in the stewardship of God’s creation. Cf. John Chrysostom, Homiliae in Genesim, XIV, 17-21: PG 53, 116-117.
    [51] Cf. Catechism of the Catholic Church, par. 301.
    [52] Cf. Catechism of the Catholic Church, par. 302.
    [53] Bonaventure, Breviloquium 2.12.1. Cf. ibid., 2.11.2.
    [54] Cf. Francis, Apostolic Exhortation Evangelii Gaudium (24 November 2013), par. 236: AAS 105 (2023), 1115; Id., Address to Participants in the Meeting of University Chaplains and Pastoral Workers Promoted by the Dicastery for Culture and Education(24 November 2023): L’Osservatore Romano, 24 November 2023, 7.
    [55] Cf. J.H. Newman, The Idea of a University Defined and Illustrated, Discourse 5.1, Basil Montagu Pickering, London 18733, 99-100; Francis, Address to Rectors, Professors, Students and Staff of the Roman Pontifical Universities and Institutions (25 February 2023): AAS 115 (2023), 316.
    [56] Francis, Address to the Members of the National Confederation of Artisans and Small- and Medium-Sized Enterprises (CNA) (15 November 2024): L’Osservatore Romano, 15 November 2024, 8.
    [57] Cf. Francis, Post-Synodal Apostolic Exhortation Querida Amazonia (2 February 2020), par. 41: AAS 112 (2020), 246; Id., Encyclical Letter Laudato Si’ (24 May 2015), par. 146: AAS 107 (2015), 906.
    [58] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 47: AAS 107 (2015), 864. Cf. Id., Encyclical Letter Dilexit Nos (24 October 2024), pars. 17-24: L’Osservatore Romano, 24 October 2024, 5; Id., Encyclical Letter Fratelli Tutti (3 October 2020), par. 47-50: AAS 112 (2020), 985-987.
    [59] Francis, Encyclical Letter Dilexit Nos (24 October 2024), par. 20: L’Osservatore Romano, 24 October 2024, 5.
    [60] P. Claudel, Conversation sur Jean Racine, Gallimard, Paris 1956, 32: “L’intelligence n’est rien sans la délectation.” Cf. Francis, Encyclical Letter Dilexit Nos (24 October 2024), par. 13: L’Osservatore Romano, 24 October 2024, 5: “The mind and the will are put at the service of the greater good by sensing and savoring truths.”
    [61] Dante, Paradiso, Canto XXX: “luce intellettüal, piena d’amore; / amor di vero ben, pien di letizia; / letizia che trascende ogne dolzore” (en. tr. The Divine Comedy of Dante Alighieri, C.E. Norton, tr., Houghton Mifflin, Boston 1920, 232).
    [62] Cf. Second Vatican Ecumenical Council, Declaration Dignitatis Humanae (7 December 1965), par. 3: AAS 58 (1966), 931: “[T]he highest norm of human life is the divine law itself—eternal, objective and universal, by which God orders, directs and governs the whole world and the ways of the human community according to a plan conceived in his wisdom and love. God has enabled man to participate in this law of his so that, under the gentle disposition of divine providence, many may be able to arrive at a deeper and deeper knowledge of unchangeable truth.” Also cf. Id., Pastoral Constitution Gaudium et Spes (7 December 1965), par. 16: AAS 58 (1966), 1037.
    [63] Cf. First Vatican Council, Dogmatic Constitution Dei Filius (24 April 1870), ch. 4, DH 3016.
    [64] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 110: AAS 107 (2015), 892.
    [65] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 110: AAS 107 (2015), 891. Cf. Id., Encyclical Letter Fratelli Tutti (3 October 2020), par. 204: AAS 112 (2020), 1042.
    [66] Cf. John Paul II, Encyclical Letter Centesimus Annus (1 May 1991), par. 11: AAS 83 (1991), 807: “God has imprinted his own image and likeness on man (cf. Gen 1:26), conferring upon him an incomparable dignity […]. In effect, beyond the rights which man acquires by his own work, there exist rights which do not correspond to any work he performs, but which flow from his essential dignity as a person.” Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 3-4.
    [67] Cf. Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), par. 8. Cf. ibid., par. 9; Congregation for the Doctrine of the Faith, Instruction Dignitas Personae (8 September 2008), par. 22.
    [68] Francis, Address to the Participants in the Plenary Assembly of the Pontifical Academy for Life (28 February 2020): AAS 112 (2024), 310.
    [69] Francis, Message for the LVIII World Day of Social Communications (24 January 2024): L’Osservatore Romano, 24 January 2024, 8.
    [70] In this sense, “Artificial Intelligence” is understood as a technical term to indicate this technology, recalling that the expression is also used to designate the field of study and not only its applications.
    [71] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), pars. 34-35: AAS 58 (1966), 1052-1053; John Paul II, Encyclical Letter Centesimus Annus (1 May 1991), par. 51: AAS 83 (1991), 856-857.
    [72] For example, see the encouragement of scientific exploration in Albertus Magnus (De Mineralibus, II, 2, 1) and the appreciation for the mechanical arts in Hugh of St. Victor (Didascalicon, I, 9). These writers, among a long list of other Catholics engaged in scientific research and technological exploration, illustrate that “faith and science can be united in charity, provided that science is put at the service of the men and woman of our time and not misused to harm or even destroy them” (Francis, Address to Participants in the 2024 Lemaître Conference of the Vatican Observatory [20 June 2024]: L’Osservatore Romano, 20 June 2024, 8). Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 36: AAS 58 (1966), 1053-1054; John Paul II, Encyclical Letter Fides et Ratio (14 September 1998), pars. 2, 106: AAS 91 (1999), 6-7.86-87.
    [73] Catechism of the Catholic Church, par. 378.
    [74] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 34: AAS 58 (1966), 1053.
    [75] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 35: AAS 58 (1966), 1053.
    [76] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 102: AAS 107 (2015), 888.
    [77] Cf. Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 105: AAS 107 (2015), 889; Id., Encyclical Fratelli Tutti (3 October 2020), par. 27: AAS 112 (2020), 978; Benedict XVI, Encyclical Caritas in Veritate (29 June 2009), par. 23: AAS 101 (2009), 657-658.
    [78] Cf. Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), pars. 38-39, 47; Congregation for the Doctrine of the Faith, Instruction Dignitas Personae (8 September 2008), passim.
    [79] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 35: AAS 58 (1966), 1053. Cf. Catechism of the Catholic Church, par 2293.
    [80] Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2-4.
    [81] Cf. Catechism of the Catholic Church, par. 1749: “Freedom makes man a moral subject. When he acts deliberately, man is, so to speak, the father of his acts.”
    [82] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 16: AAS 58 (1966), 1037. Cf. Catechism of the Catholic Church, par. 1776.
    [83] Catechism of the Catholic Church, par. 1777.
    [84] Cf. Catechism of the Catholic Church, pars. 1779-1781; Francis, Address to the Participants in the “Minerva Dialogues” (27 March 2023): AAS 115 (2023), 463, where the Holy Father encouraged efforts “to ensure that technology remains human-centered, ethically grounded and directed toward the good.”
    [85] Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 166: AAS 112 (2020), 1026-1027; Id., Address to the Plenary Assembly of the Pontifical Academy of Sciences (23 September 2024): L’Osservatore Romano, 23 September 2024, 10. On the role of human agency in choosing a wider aim (Ziel) that then informs the particular purpose (Zweck) for which each technological application is created, cf. F. Dessauer, Streit um die Technik, Herder-Bücherei, Freiburg i. Br. 1959, 70-71.
    [86] Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 4: “Technology is born for a purpose and, in its impact on human society, always represents a form of order in social relations and an arrangement of power, thus enabling certain people to perform specific actions while preventing others from performing different ones. In a more or less explicit way, this constitutive power-dimension of technology always includes the worldview of those who invented and developed it.”
    [87] Francis, Address to the Participants in the Plenary Assembly of the Pontifical Academy of Life (28 February 2020): AAS 112 (2020), 309.
    [88] Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 3-4.
    [89] Francis, Address to the Participants in the “Minerva Dialogues” (27 March 2023): AAS 115 (2023), 464. Cf. Id., Encyclical Letter Fratelli Tutti, pars. 212-213: AAS 112 (2020), 1044-1045.
    [90] Cf. John Paul II, Encyclical Letter Laborem Exercens (14 September 1981), par. 5: AAS 73 (1981), 589; Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 3-4.
    [91] Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2: “Faced with the marvels of machines, which seem to know how to choose independently, we should be very clear that decision-making […] must always be left to the human person. We would condemn humanity to a future without hope if we took away people’s ability to make decisions about themselves and their lives, by dooming them to depend on the choices of machines.”
    [92] Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2.
    [93] The term “bias” in this document refers to algorithmic bias (systematic and consistent errors in computer systems that may disproportionately prejudice certain groups in unintended ways) or learning bias (which will result in training on a biased data set) and not the “bias vector” in neural networks (which is a parameter used to adjust the output of “neurons” to adjust more accurately to the data).
    [94] Cf. Francis, Address to the Participants in the “Minerva Dialogues” (27 March 2023): AAS 115 (2023), 464, where the Holy Father affirmed the growth in consensus “on the need for development processes to respect such values as inclusion, transparency, security, equity, privacy and reliability,” and also welcomed “the efforts of international organizations to regulate these technologies so that they promote genuine progress, contributing, that is, to a better world and an integrally higher quality of life.”
    [95] Francis, Greetings to a Delegation of the “Max Planck Society” (23 February 2023): L’Osservatore Romano, 23 February 2023, 8.
    [96] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 26: AAS 58 (1966), 1046-1047.
    [97] Francis, Address to Participants at the Seminar “The Common Good in the Digital Age” (27 September 2019): AAS 111 (2019), 1571.
    [98] Cf. Francis, Message for the LVIII World Day of Social Communications (24 January 2024): L’Osservatore Romano, 24 January 2024, 8. For further discussion of the ethical questions raised by AI from a Catholic perspective, see AI Research Group of the Centre for Digital Culture of the Dicastery for Culture and Education, Encountering Artificial Intelligence: Ethical and Anthropological Investigations (Theological Investigations of Artificial Intelligence 1), M.J. Gaudet, N. Herzfeld, P. Scherz, J.J. Wales, eds., Journal of Moral Theology, Pickwick, Eugene 2024, 147-253.
    [99] On the importance of dialogue in a pluralist society oriented toward a “robust and solid social ethics,” see Francis, Encyclical Letter Fratelli Tutti (3 October 2020), pars. 211-214: AAS 112 (2020), 1044-1045.
    [100] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 2: L’Osservatore Romano, 14 December 2023, 2.
    [101] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 6: L’Osservatore Romano, 14 December 2023, 3. Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 26: AAS 58 (1966), 1046-1047.
    [102] Cf. Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 112: AAS 107 (2015), 892-893.
    [103] Francis, Address to the Participants in the “Minerva Dialogues” (27 March 2023): AAS 115 (2023), 464.
    [104] Cf. Pontifical Council for Social Communications, Ethics in Internet (22 February 2002), par. 10.
    [105] Francis, Post-Synodal Exhortation Christus Vivit (25 March 2019), par. 89: AAS 111 (2019), 413-414; quoting the Final Document of the XV Ordinary General Assembly of the Synod of Bishops (27 October 2018), par. 24: AAS 110 (2018), 1593. Cf. Benedict XVI, Address to the Participants in the International Congress on Natural Moral Law (12 February 2017): AAS 99 (2007), 245.
    [106] Cf. Francis, Encyclical Letter Laudato Si’ (24 May 2015), pars. 105-114: AAS 107 (2015), 889-893; Id., Apostolic Exhortation Laudate Deum (4 October 2023), pars. 20-33: AAS 115 (2023), 1047-1050.
    [107] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 105: AAS 107 (2015), 889. Cf. Id., Apostolic Exhortation Laudate Deum (4 October 2023), pars. 20-21: AAS 115 (2023), 1047.
    [108] Cf. Francis, Address to the Participants in the Plenary Assembly of the Pontifical Academy for Life (28 February 2020): AAS 112 (2020), 308-309.
    [109] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 2: L’Osservatore Romano, 14 December 2023, 2.
    [110] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 112: AAS 107 (2015), 892.
    [111] Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), pars. 101, 103, 111, 115, 167: AAS 112 (2020), 1004-1005, 1007-1009, 1027.
    [112] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 26: AAS 58 (1966), 1046-1047; cf. Leo XIII, Encyclical Letter Rerum Novarum (15 May 1891), par. 35: Acta Leonis XIII, 11 (1892), 123.
    [113] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 12: AAS 58 (1966), 1034.
    [114] Cf. Pontifical Council for Justice and Peace, Compendium of the Social Doctrine of the Church (2004), par. 149.
    [115] Second Vatican Ecumenical Council, Declaration Dignitatis Humanae (7 December 1965), par. 3: AAS 58 (1966), 931. Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 50: AAS 112 (2020), 986-987.
    [116] Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 50: AAS 112 (2020), 986-987.
    [117] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 47: AAS 107 (2015), 865. Cf. Id., Post-Synodal Exhortation Christus Vivit (25 March 2019), pars. 88-89: AAS 111 (2019), 413-414.
    [118] Cf. Francis, Apostolic Exhortation Evangelii Gaudium (24 November 2013), par. 88: AAS 105 (2013), 1057.
    [119] Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 47: AAS 112 (2020), 985.
    [120] Cf. Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2.
    [121] Cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 50: AAS 112 (2020), 986-987.
    [122] Cf. E. Stein, Zum Problem der Einfühlung, Buchdruckerei des Waisenhauses, Halle 1917 (en. tr. On the Problem of Empathy, ICS Publications, Washington D.C. 1989).
    [123] Cf. Francis, Apostolic Exhortation Evangelii Gaudium (24 November 2013), par. 88: AAS 105 (2013), 1057: “[Many people] want their interpersonal relationships provided by sophisticated equipment, by screens and systems which can be turned on and off on command. Meanwhile, the Gospel tells us constantly to run the risk of a face-to-face encounter with others, with their physical presence which challenges us, with their pain and their pleas, with their joy which infects us in our close and continuous interaction. True faith in the incarnate Son of God is inseparable from self-giving, from membership in the community, from service, from reconciliation with others.” Also cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 24: AAS 58 (1966), 1044-1045.
    [124] Cf. Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), par. 1.
    [125] Cf. Francis, Address to Participants at the Seminar “The Common Good in the Digital Age” (27 September 2019): AAS 111 (2019), 1570; Id, Encyclical Letter Laudato Si’ (24 May 2015), pars. 18, 124-129: AAS 107 (2015), 854.897-899.
    [126] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 5: L’Osservatore Romano, 14 December 2023, 3.
    [127] Francis, Apostolic Exhortation Evangelii Gaudium (24 November 2013), par. 209: AAS 105 (2013), 1107.
    [128] Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 4. For Pope Francis’ teaching about AI in relationship to the “technocratic paradigm,” cf. Id., Encyclical Laudato Si’ (24 May 2015), pars. 106-114: AAS 107 (2015), 889-893.
    [129] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 26: AAS 58 (1966), 1046-1047.; as quoted in Catechism of the Catholic Church, par. 1912. Cf. John XXIII, Encyclical Letter Mater et Magistra (15 May 1961), par. 219: AAS 53 (1961), 453.
    [130] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par 64: AAS 58 (1966), 1086.
    [131] Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 162: AAS 112 (2020), 1025. Cf. John Paul II, Encyclical Letter Laborem Exercens (14 September 1981), par. 6: AAS 73 (1981), 591: “work is ‘for man’ and not man ‘for work.’ Through this conclusion one rightly comes to recognize the pre-eminence of the subjective meaning of work over the objective one.”
    [132] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 128: AAS 107 (2015), 898. Cf. Id., Post-Synodal Apostolic Exhortation Amoris Laetitia (19 March 2016), par. 24: AAS 108 (2016), 319-320.
    [133] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 5: L’Osservatore Romano, 14 December 2023, 3.
    [134] John Paul II, Encyclical Letter Evangelium Vitae (25 March 1995), par. 89: AAS 87 (1995), 502.
    [135] Ibid.
    [136] Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 67: AAS 112 (2020), 993; as quoted in Id., Message for the XXXI World Day of the Sick (11 February 2023): L’Osservatore Romano, 10 January 2023, 8.
    [137] Francis, Message for the XXXII World Day of the Sick (11 February 2024): L’Osservatore Romano, 13 January 2024, 12.
    [138] Francis, Address to the Diplomatic Corps Accredited to the Holy See (11 January 2016): AAS 108 (2016), 120. Cf. Id., Encyclical Letter Fratelli Tutti (3 October 2020), par. 18: AAS 112 (2020), 975; Id., Message for the XXXII World Day of the Sick(11 February 2024): L’Osservatore Romano, 13 January 2024, 12.
    [139] Cf. Francis, Address to the Participants in the “Minerva Dialogues” (27 March 2023): AAS 115 (2023), 465; Id., Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2.
    [140] Cf. Francis, Encyclical Letter Laudato Si’ (24 May 2015), pars. 105, 107: AAS 107 (2015), 889-890; Id., Encyclical Letter Fratelli Tutti (3 October 2020), pars. 18-21: AAS 112 (2020), 975-976; Id., Address to the Participants in the “Minerva Dialogues”(27 March 2023): AAS 115 (2023), 465.
    [141] Francis, Address to the Participants at the Meeting Sponsored by the Charity and Health Commission of the Italian Bishops’ Conference (10 February 2017): AAS 109 (2017), 243. Cf. ibid., 242-243: “If there is a sector in which the throwaway culture is manifest, with its painful consequences, it is that of healthcare. When a sick person is not placed in the center or their dignity is not considered, this gives rise to attitudes that can lead even to speculation on the misfortune of others. And this is very grave! […] The application of a business approach to the healthcare sector, if indiscriminate […] may risk discarding human beings.”
    [142] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 5: L’Osservatore Romano, 14 December 2023, 3.
    [143] Second Vatican Ecumenical Council, Declaration Gravissimum Educationis (28 October 1965), par. 1: AAS 58 (1966), 729.
    [144] Congregation for Catholic Education, Instruction on the Use of Distance Learning in Ecclesiastical Universities and Faculties, I. Cf. Second Vatican Ecumenical Council, Declaration Gravissimum Educationis (28 October 1965), par. 1: AAS 58 (1966), 729; Francis, Message for the LXIX World Day of Peace (1 January 2016), 6: AAS 108 (2016), 57-58.
    [145] Francis, Address to Members of the Global Researchers Advancing Catholic Education Project (20 April 2022): AAS 114 (2022), 580.
    [146] Cf. Paul VI, Apostolic Exhortation Evangelii Nuntiandi (8 December 1975), par. 41: AAS 68 (1976), 31, quoting Id., Address to the Members of the “Consilium de Laicis” (2 October 1974): AAS 66 (1974), 568: “if [the contemporary person] does listen to teachers, it is because they are witnesses.”
    [147] J.H. Newman, The Idea of a University Defined and Illustrated, Discourse 6.1, London 18733, 125-126.
    [148] Francis, Meeting with the Students of the Barbarigo College of Padua in the 100th Year of its Foundation (23 March 2019): L’Osservatore Romano, 24 March 2019, 8. Cf. Id., Address to Rectors, Professors, Students and Staff of the Roman Pontifical Universities and Institutions (25 February 2023): AAS 115 (2023), 316.
    [149] Francis, Post-Synodal Apostolic Exhortation Christus Vivit (25 March 2019), par. 86: AAS 111 (2019), 413, quoting the XV Ordinary General Assembly of the Synod of Bishops, Final Document (27 October 2018), par. 21: AAS 110 (2018), 1592.
    [150] J.H. Newman, The Idea of a University Defined and Illustrated, Discourse 7.6, Basil Montagu Pickering, London 18733, 167.
    [151] Cf. Francis, Post-Synodal Apostolic Exhortation Christus Vivit (25 March 2019), par. 88: AAS 111 (2019), 413.
    [152] In a 2023 policy document about the use of generative AI in education and research, UNESCO notes: “One of the key questions [of the use of generative AI (GenAI) in education and research] is whether humans can possibly cede basic levels of thinking and skill-acquisition processes to AI and rather concentrate on higher-order thinking skills based on the outputs provided by AI. Writing, for example, is often associated with the structuring of thinking. With GenAI […], humans can now start with a well-structured outline provided by GenAI. Some experts have characterized the use of GenAI to generate text in this way as ‘writing without thinking’” (UNESCO, Guidance for Generative AI in Education and Research [2023], 37-38). The German-American philosopher Hannah Arendt foresaw such a possibility in her 1959 book, The Human Condition, and cautioned: “If it should turn out to be true that knowledge (in the sense of know-how) and thought have parted company for good, then we would indeed become the helpless slaves, not so much of our machines as of our know-how” (Id., The Human Condition, University of Chicago Press, Chicago 20182, 3).
    [153] Francis, Post-Synodal Apostolic Exhortation Amoris Laetitia (19 March 2016), par. 262: AAS 108 (2016), 417.
    [154] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 7: L’Osservatore Romano, 14 December 2023, 3; cf. Id., Encyclical Letter Laudato Si’ (24 May 2015), par. 167: AAS 107 (2015), 914.
    [155] John Paul II, Apostolic Constitution Ex Corde Ecclesiae (15 August 1990), 7: AAS 82 (1990), 1479.
    [156] Francis, Apostolic Constitution Veritatis Gaudium (29 January 2018), 4c: AAS 110 (2018), 9-10.
    [157] Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 3.
    [158] For example, it might help people access the “array of resources for generating greater knowledge of truth” contained in the works of philosophy (John Paul II, Encyclical Letter Fides et Ratio [14 September 1998], par. 3: AAS 91 [1999], 7). Cf. ibid., par. 4: AAS 91 (1999), 7-8.
    [159] Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), par. 43. Cf. ibid., pars. 61-62.
    [160] Francis, Message for the LVIII World Day of Social Communications (24 January 2024): L’Osservatore Romano, 24 January 2024, 8.
    [161] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par 25: AAS 58 (1966), 1053; cf. Francis, Encyclical Letter Fratelli Tutti (3 October 2020), passim: AAS 112 (2020), 969-1074.
    [162] Cf. Francis., Post-Synodal Exhortation Christus Vivit (25 March 2019), par. 89: AAS 111 (2019), 414; John Paul II, Encyclical Letter Fides et Ratio (14 September 1998), par. 25: AAS 91 (1999), 25-26: “People cannot be genuinely indifferent to the question of whether what they know is true or not. […] It is this that Saint Augustine teaches when he writes: ‘I have met many who wanted to deceive, but none who wanted to be deceived’”; quoting Augustine, Confessiones, X, 23, 33: PL 32, 794.
    [163] Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (4 April 2024), par. 62.
    [164] Benedict XVI, Message for the XLIII World Day of Social Communications (24 May 2009): L’Osservatore Romano, 24 January 2009, 8.
    [165] Cf. Dicastery for Communications, Towards Full Presence: A Pastoral Reflection on Engagement with Social Media (28 May 2023), par. 41; Second Vatican Ecumenical Council, Decree Inter Mirifica (4 December 1963), pars. 4, 8-12: AAS 56 (1964), 146, 148-149.
    [166] Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (4 April 2024), pars. 1, 6, 16, 24.
    [167] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes, (7 December 1965), par. 26: AAS 58 (1966), 1046. Cf. Leo XIII, Encyclical Letter Rerum Novarum (15 May 1891), par. 40: Acta Leonis XIII, 11 (1892), 127: “no man may with impunity violate that human dignity which God himself treats with great reverence”; as quoted in John Paul II, Encyclical Letter Centesimus Annus (1 May 1991), par. 9: AAS 83 (1991), 804.
    [168] Cf. Catechism of the Catholic Church, pars. 2477, 2489; can. 220 CIC; can. 23 CCEO; John Paul II, Address to the Third General Conference of the Latin American Episcopate (28 January 1979), III.1-2: Insegnamenti II/1 (1979), 202-203.
    [169] Cf. Permanent Observer Mission of the Holy See to the United Nations, Holy See Statement to the Thematic Discussion on Other Disarmament Measures and International Security (24 October 2022): “Upholding human dignity in cyberspace obliges States to also respect the right to privacy, by shielding citizens from intrusive surveillance and allowing them to safeguard their personal information from unauthorized access.”
    [170] Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 42: AAS 112 (2020), 984.
    [171] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 5: L’Osservatore Romano, 14 December 2023, 3.
    [172] Francis, Address to the Participants in the “Minerva Dialogues” (27 March 2023): AAS 115 (2023), 465.
    [173] The 2023 Interim Report of the United Nations AI Advisory Body identified a list of “early promises of AI helping to address climate change” (United Nations AI Advisory Body, Interim Report: Governing AI for Humanity [December 2023], 3). The document observed that, “taken together with predictive systems that can transform data into insights and insights into actions, AI-enabled tools may help develop new strategies and investments to reduce emissions, influence new private sector investments in net zero, protect biodiversity, and build broad-based social resilience” (ibid.).
    [174] “The cloud” refers to a network of physical servers throughout the world that enables users to store, process, and manage their data remotely.
    [175] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 9: AAS 107 (2015), 850.
    [176] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 106: AAS 107 (2015), 890.
    [177] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 60: AAS 107 (2015), 870.
    [178] Francis, Encyclical Letter Laudato Si’ (24 May 2015), pars. 3, 13: AAS 107 (2015), 848.852.
    [179] Augustine, De Civitate Dei, XIX, 13, 1: PL 41, 640.
    [180] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), pars. 77-82: AAS 58 (1966), 1100-1107; Francis, Encyclical Letter Fratelli Tutti (3 October 2020), pars. 256-262: AAS 112 (2020), 1060-1063; Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (4 April 2024), pars. 38-39; Catechism of the Catholic Church, pars. 2302-2317.
    [181] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 78: AAS 58 (1966), 1101.
    [182] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 6: L’Osservatore Romano, 14 December 2023, 3.
    [183] Cf. Catechism of the Catholic Church, pars. 2308-2310.
    [184] Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), pars. 80-81: AAS 58 (1966), 1103-1105.
    [185] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 6: L’Osservatore Romano, 14 December 2023, 3. Cf. Id., Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2: “We need to ensure and safeguard a space for proper human control over the choices made by artificial intelligence programs: human dignity itself depends on it.”
    [186] Francis, Address at the G7 Session on Artificial Intelligence in Borgo Egnazia (Puglia) (14 June 2024): L’Osservatore Romano, 14 June 2024, 2. Cf. Permanent Observer Mission of the Holy See to the United Nations, Holy See Statement to Working Group II on Emerging Technologies at the UN Disarmament Commission (3 April 2024): “The development and use of lethal autonomous weapons systems (LAWS) that lack the appropriate human control would pose fundamental ethical concerns, given that LAWS can never be morally responsible subjects capable of complying with international humanitarian law.”
    [187] Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 258: AAS 112 (2020), 1061. Cf. Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 80: AAS 58 (1966), 1103-1104.
    [188] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 80: AAS 58 (1966), 1103-1104.
    [189] Cf. Francis, Message for the LVII World Day of Peace (1 January 2024), par. 6: L’Osservatore Romano, 14 December 2023, 3: “Nor can we ignore the possibility of sophisticated weapons ending up in the wrong hands, facilitating, for instance, terrorist attacks or interventions aimed at destabilizing the institutions of legitimate systems of government. In a word, the world does not need new technologies that contribute to the unjust development of commerce and the weapons trade and consequently end up promoting the folly of war.”
    [190] John Paul II, Act of Entrustment to Mary for the Jubilee of Bishops (8 October 2000), par. 3: Insegnamenti XXIII/2 (200), 565.
    [191] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 79: AAS 107 (2015), 878.
    [192] Cf. Benedict XVI, Encyclical Letter Caritas in Veritate (29 June 2009), par. 51: AAS 101 (2009), 687.
    [193] Cf. Dicastery for the Doctrine of the Faith, Declaration Dignitas Infinita (8 April 2024), pars. 38-39.
    [194] Cf. Augustine, Confessiones, I, 1, 1: PL 32, 661.
    [195] Cf. John Paul II, Encyclical Letter Sollicitudo Rei Socialis (30 December 1987), par. 28: AAS 80 (1988), 548: “[T]here is a better understanding today that the mere accumulation of goods and services […] is not enough for the realization of human happiness. Nor, in consequence, does the availability of the many real benefits provided in recent times by science and technology, including the computer sciences, bring freedom from every form of slavery. On the contrary, […] unless all the considerable body of resources and potential at man’s disposal is guided by a moral understanding and by an orientation towards the true good of the human race, it easily turns against man to oppress him.” Cf. ibid., pars. 29, 37: AAS 80 (1988), 550-551.563-564.
    [196] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 14: AAS 58 (1966), 1036.
    [197] Francis, Encyclical Letter Dilexit Nos (24 October 2024), par. 18: L’Osservatore Romano, 24 October 2024, 5.
    [198] Francis, Encyclical Letter Dilexit Nos (24 October 2024), par. 27: L’Osservatore Romano, 24 October 2024, 6.
    [199] Francis, Encyclical Letter Dilexit Nos (24 October 2024), par. 25: L’Osservatore Romano, 24 October 2024, 5-6.
    [200] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 105: AAS 107 (2015), 889. Cf. R. Guardini, Das Ende der Neuzeit, Würzburg 19659, 87 ff. (en. tr. The End of the Modern World, Wilmington 1998, 82-83).
    [201] Second Vatican Ecumenical Council, Pastoral Constitution Gaudium et Spes (7 December 1965), par. 34: AAS 58 (1966), 1053.
    [202] John Paul II, Encyclical Letter Redemptor Hominis (4 March 1979), par. 15: AAS 71 (1979), 287-288.
    [203] N. Berdyaev, “Man and Machine,” in C. Mitcham – R. Mackey, eds., Philosophy and Technology: Readings in the Philosophical Problems of Technology, New York 19832, 212-213.
    [204] N. Berdyaev, “Man and Machine,” 210.
    [205] G. Bernanos, “La révolution de la liberté” (1944), in Id., Le Chemin de la Croix-des-Âmes, Rocher 1987, 829.
    [206] Cf. Francis, Meeting with the Students of the Barbarigo College of Padua in the 100th Year of its Foundation (23 March 2019): L’Osservatore Romano, 24 March 2019, 8. Cf. Id., Address to Rectors, Professors, Students and Staff of the Roman Pontifical Universities and Institutions (25 February 2023).
    [207] Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 112: AAS 107 (2015), 892-893.
    [208] Cf. Bonaventure, Hex. XIX, 3; Francis, Encyclical Letter Fratelli Tutti (3 October 2020), par. 50: AAS 112 (2020), 986: “The flood of information at our fingertips does not make for greater wisdom. Wisdom is not born of quick searches on the internet nor is it a mass of unverified data. That is not the way to mature in the encounter with truth.”
    [209] Francis, Message for the LVIII World Day of Social Communications (24 January 2024): L’Osservatore Romano, 24 January 2024, 8.
    [210] Ibid.
    [211] Ibid.
    [212] Francis, Apostolic Exhortation Gaudete et Exsultate (19 March 2018), par. 37: AAS 110 (2018), 1121.
    [213] Francis, Message for the LVII World Day of Peace (1 January 2024), par. 6: L’Osservatore Romano, 14 December 2023, 3. Cf. Id., Encyclical Letter Laudato Si’ (24 May 2015), par. 112: AAS 107 (2015), 892-893; Id., Apostolic Exhortation Gaudete et Exsultate (19 March 2018), par. 46: AAS 110 (2018), 1123-1124.
    [214] Cf. Francis, Encyclical Letter Laudato Si’ (24 May 2015), par. 112: AAS 107 (2015), 892-893.
    [215] Cf. Francis, Address to the Participants in the Seminar “The Common Good in the Digital Age” (27 September 2019): AAS 111 (2019), 1570-1571.

    MIL OSI Europe News

  • MIL-OSI Russia: Dmitry Chernyshenko: It is important to integrate VOIR activities into educational programs of schools, colleges and universities

    Translartion. Region: Russians Fedetion –

    Source: Government of the Russian Federation – An important disclaimer is at the bottom of this article.

    Previous news Next news

    Dmitry Chernyshenko held a meeting of the Board of Trustees of the public organization “All-Russian Society of Inventors and Innovators”

    A meeting of the board of trustees of the public organization “All-Russian Society of Inventors and Rationalizers” (VOIR) was held under the chairmanship of Deputy Prime Minister Dmitry Chernyshenko.

    The Deputy Prime Minister noted that VOIR, as one of the oldest public organizations with more than 90 years of history, should make a significant contribution to achieving the national goal of technological leadership.

    “In order for VOIR to continue to be a platform for exchanging experience, generating new ideas and supporting inventors, it is necessary to build systemic work in all regions of the country. But the creation of new regional organizations is only the first step. It is necessary to cover all regions and establish close interaction between them so that the best solutions can be scaled up and used everywhere. It is also important to integrate VOIR events into the educational programs of schools, colleges and universities,” emphasized Dmitry Chernyshenko, Chairman of the VOIR Board of Trustees.

    In addition, it is necessary to create a mentoring system where experienced inventors and engineers can pass on their knowledge and skills to the younger generation. This will help maintain continuity and create conditions for the formation of new professional communities within the VOIR structure.

    Chairman of the Central Council of VOIR, Deputy Chairman of the State Duma Committee on Science and Higher Education Vladimir Kononov spoke about the results of the society’s work, projects being implemented and plans for the coming years.

    Today, VOIR is represented in 77 regions, and over 100 thousand inventors and innovators are members of the organization. The VOIR festival “Science and Inventions for Life” is held annually. Over two years, its events were held in 35 regions, with over 650 thousand people taking part. In 2025, the focus will be on thematic events dedicated to the Year of the Defender of the Fatherland and the 80th anniversary of Victory, as well as on expanding international cooperation with friendly countries. The All-Russian competition “Inventor of the Year” is held annually. Together with Rospatent, VOIR holds the competition “Capital of Invention”: in 2025, this status was awarded to the Novgorod Region.

    The meeting also discussed the objectives of VOIR for 2025. These include the popularization of technical creativity and inventive activity and the involvement of young people in it, in particular through promoting the development of student design bureaus at universities and cooperation with schools. In addition, the objectives include the creation of a center for the development of invention methods and the implementation of educational programs for inventors, the development and implementation of new digital services, the launch of a comprehensive program to support inventors, and the rating of the activities of regional organizations.

    “Ultimately, all of our proposals are aimed at increasing the number of citizens involved in the inventive and rationalization movement, and therefore increasing the number of new developments and technologies that will be implemented at our enterprises and ensure the technological leadership of our country,” said Vladimir Kononov.

    Minister of Education Sergei Kravtsov noted that the Ministry of Education is open to cooperation with the All-Russian Society of Inventors and Innovators in implementing joint projects for the younger generation.

    “As part of our cooperation, we are ready to offer, firstly, to hold a class called “Conversations about the Important”, where schoolchildren will be told about the All-Russian Society of Inventors and Innovators and the opportunities it creates for young people. Secondly, we can include the topic of inventions in the career guidance course “Russia – My Horizons”. In addition, we are holding new Olympiads for schoolchildren – on unmanned aerial systems and robotics. And we can make the society our partner in holding them. These are relevant areas that are in great demand today,” added Sergey Kravtsov.

    The head of the Ministry of Education emphasized that the participation of society in the activities of the centers “Kvantorium”, “Tochka Rosta” and “IT-Kube” could become an opportunity for cooperation. Sergey Kravtsov also proposed considering cooperation in the area of secondary vocational education, in the system of which there are a large number of technical specialties.

    Deputy Minister of Science and Higher Education Konstantin Mogilevsky outlined possible areas of cooperation between VOIR and universities, including the work of student design bureaus, youth laboratories, student scientific societies, and student technological entrepreneurship.

    “All schools in Mordovia have “Growth Points”, quantum centers are open – the technical base is huge, our talented youth have something to work with. I am sure that the public and state status of VOIR will help us solve the most serious problems of technological sovereignty,” said the head of the Republic of Mordovia, Artem Zdunov.

    The meeting of the board of trustees was also attended by representatives of the Presidential Administration of Russia for Public Projects, the Ministry of Industry and Trade, the Ministry of Economic Development, the Ministry of Finance, the State Duma, Rospatent, the Russian Academy of Sciences, the Russian Presidential Academy of National Economy and Public Administration, other government agencies, companies, educational institutions, and regions.

    Please note: This information is raw content directly from the source of the information. It is exactly what the source states and does not reflect the position of MIL-OSI or its clients.

    MIL OSI Russia News

  • MIL-OSI Global: Deepseek: China’s gamechanging AI system has big implications for UK tech development

    Source: The Conversation – UK – By Feng Li, Chair of Information Management, Associate Dean for Research & Innovation, Bayes Business School, City St George’s, University of London

    Koshiro K

    DeepSeek sent ripples through the global tech landscape this week as it soared above ChatGPT in Apple’s app store. The meteoric rise has shifted the dynamics of US-China tech competition, shocked global tech stock valuations, and reshaped the future direction of artificial intelligence (AI) development.

    Among the industry buzz created by DeepSeek’s rise to prominence, one question looms large: what does this mean for the strategy of the third leading global nation for AI development – the United Kingdom?

    The generative AI era was kickstarted by the release of ChatGPT on November 30 2022, when large language models (LLMs) entered mainstream consciousness and began reshaping industries and workflows, while everyday users explored new ways to write, brainstorm, search and code. We are now witnessing the “DeepSeek moment” – a pivotal shift that demonstrates the viability of a more efficient and cost-effective approach for AI development.

    DeepSeek isn’t just another AI tool. Unlike ChatGPT and other major LLMs developed by tech giants and AI startups in the USA and Europe, DeepSeek represents a significant evolution in the way AI models are developed and trained.

    Most existing approaches rely on large-scale computing power and datasets (used to “train” or improve the AI systems), limiting development to very few extremely wealthy market players. DeepSeek not only demonstrates a significantly cheaper and more efficient way of training AI models, its open-source “MIT” licence (after the Massachusetts Institute of Technology where it was developed) allows users to deploy and develop the tool.

    This helps democratise AI, taking up the mantle from US company OpenAI – whose initial mission was “to build artificial general intelligence (AGI) that is safe and benefits all of humanity” – enabling smaller players to enter the space and innovate.

    By making cutting-edge AI development accessible and affordable to all, DeepSeek has reshaped the competitive landscape, allowing innovation to flourish beyond the confines of large, resource-rich organisations and countries.

    It has also set a new benchmark for efficiency in its approach, by training its model at a fraction of the cost, and matching – even surpassing – the performance of most existing LLMs. By employing innovative algorithms and architectures, it is delivering superior results with significantly lower computational demands and environmental impact.

    Why DeepSeek matters

    DeepSeek was conceived by a group of quantitative trading experts in China. This
    unconventional origin holds lessons for the UK and US.

    While the UK – particularly London – has long attracted scientific and technological excellence, many of the highest achieving young graduates have tended to disproportionately opt for careers in finance, something that has come the expense of innovation in other critical sectors such as AI. Diversifying the pathways for Stem (science, technology, engineering and maths) professionals could yield transformative outcomes.

    The UK government’s recent and much-publicised 50-point action plan on AI offers glimpses of progressive intent, but also displayed a lack of boldness to drive real change. Incremental steps are not sufficient in such a fast-moving environment. The UK needs a new plan – one that leverages its unique strengths while addressing systemic weaknesses.

    Firstly, it’s important to recognise that the UK’s comparative advantage lies in its leading interdisciplinary expertise. World-class universities, thriving fintech and dynamic professional services and creative sectors offer fertile ground for AI applications that extend beyond traditional tech silos. The intersection of AI with finance, law, creative industries and medicine presents opportunities to lead in some niche but high-impact areas.

    The UK’s funding and regulatory frameworks are due an overhaul. DeepSeek’s development underscores the importance of agile, well-funded ecosystems that can support big, ambitious “moonshot” projects. Current UK funding mechanisms are bureaucratic and fragmented, favouring incremental innovations over radical breakthroughs, at times stifling innovation rather than nurturing it. Simplifying grant applications and offering targeted tax incentives for AI startups would represent a healthy start.

    Finally, it will be critical for the UK to keep its talent in the country. The UK’s AI sector faces a brain drain as top talent gravitates toward better-funded opportunities in the US and China. Initiatives such as public-private partnerships for AI research development can help anchor talent at home.

    DeepSeek’s rise is an excellent example of strategic foresight and execution. It doesn’t merely aim to improve existing models, but redefines the very boundaries of how AI could be developed and deployed – while demonstrating efficient, cost-effective approaches that can yield astounding results. The UK should adopt a similarly ambitious mindset, focusing on areas where it can set global standards rather than playing catch-up.

    AI’s geopolitics cannot be ignored either. As the US and China compete with one another, the UK has a critical role to play as the trusted intermediary and ethical leader in AI governance. By championing transparent AI standards and fostering international collaboration, the UK can punch above its weight on the global stage.

    DeepSeek’s success should serve as a wake-up call. Britain has the talent, institutions and entrepreneurial spirit to be a significant leading player in AI – but it must act decisively, and now.

    It is time to remove token gestures and embrace bold strategies that move the needle and position the UK as a leader in an AI-driven future. This moment calls for action, not just more conversation.

    DeepSeek has raised the bar. It is now up to the UK to meet it.

    Feng Li does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.

    ref. Deepseek: China’s gamechanging AI system has big implications for UK tech development – https://theconversation.com/deepseek-chinas-gamechanging-ai-system-has-big-implications-for-uk-tech-development-248387

    MIL OSI – Global Reports

  • MIL-OSI Russia: Dmitry Chernyshenko presented the Government awards in the field of tourism for 2024

    Translartion. Region: Russians Fedetion –

    Source: Government of the Russian Federation – An important disclaimer is at the bottom of this article.

    Deputy Prime Minister Dmitry Chernyshenko took part in the award ceremony of the Russian Government Prize in Tourism for 2024, which is being held as part of the national project “Tourism and Hospitality”. The list of winners was approved by order of Prime Minister Mikhail Mishustin.

    Previous news Next news

    Dmitry Chernyshenko presented the Russian Government awards in the field of tourism for 2024

    The winners of the award were the authors of 10 successful projects that contributed to the development of the Russian hospitality industry. Among them are initiatives to create new tourist facilities, innovative digital solutions, training programs, popularization of event tourism, as well as the development of tourism products accessible to everyone, including people with disabilities.

    The Deputy Prime Minister thanked the laureates for their significant contribution to the tourism and hospitality industry. According to him, this award recognizes the best industry practices and a highly professional approach to work. The laureates’ projects are not only effective from a business perspective, they change people’s lives for the better.

    Russian President Vladimir Putin has named the development of domestic tourism as one of his priorities. According to his instructions, the tourism industry’s share in GDP should increase to 5% by 2030, and the number of annual trips around the country should grow to 140 million.

    “We see that more and more of our citizens are traveling around Russia, discovering its beauty, exploring new destinations and routes. By the end of 2024, Russians had made more than 92 million domestic trips – this is good growth. It is important that the laureates’ projects are aimed at creating hotel rooms for families with children in holiday destinations, as instructed by President Vladimir Putin, as well as a barrier-free environment for people with disabilities. We will continue to provide comfortable and accessible conditions for tourists. We will build hotels, seaside and ski resorts, amusement parks and other infrastructure. This will not only develop domestic tourism, but also increase the number of foreign guests,” Dmitry Chernyshenko emphasized.

    He added that by decree of the head of state, 2025 has been declared the Year of the Defender of the Fatherland. It is important to build tourist routes to places of (military) glory of the Great Patriotic War in order to preserve the memory of the heroes and their exploits.

    “Russian tourism is developing rapidly today. We see a growing interest in traveling around the country every year, both from Russians and our foreign guests. The hospitality industry has seen a large increase in investment in recent years, both private and public. But in addition to financial resources, tourism now needs new ideas that will allow it to create world-class tourism products and services. Therefore, the federal tourism award every year encourages authors of interesting projects that offer unconventional approaches to the development of the industry,” said Minister of Economic Development Maxim Reshetnikov.

    The award winners were also congratulated by Deputy Chairperson of the Federation Council Inna Svyatenko and Chairman of the State Duma Committee on Tourism and Development of Tourism Infrastructure Sangadzhi Tarbaev.

    The winners receive a cash prize 1 million rubles. In 2024, 88 projects were submitted for consideration by the award council.

    Applications are currently being accepted for the 2025 Government Tourism Prize. Projects nominated for the prize must have been implemented in practice at least one year before the start of the application process. Works will be accepted until March 1, 2025. More details are inannouncement of the start of the collection of applications for the Russian Government Awards in the field of tourism in 2025.

    Projects that received the Russian Government Prize in 2024

    1. The Attraction project is a complex development in Magnitogorsk, Chelyabinsk Region, with social, sports and cultural facilities. The project area is a venue for mass festivals. From 2019 to 2024, the volume of investments in the project exceeded 15 billion rubles. (Awardee – R.V. Novitsky)

    2. The project “Ecopark “Yasnopole”. Living Village” is an association of several farms on a territory of 500 hectares in the Yasnogorsk district of the Tula region, which are engaged in agricultural and agrotourism activities, creating all the conditions for the development of surrounding villages and settlements. The ecopark uses energy-efficient technologies in construction and alternative energy sources, as well as advanced eco-technologies in agriculture – organic farming, a nursery of soil-forming microorganisms and others. The ecopark is visited by more than 20 thousand people per year. (Awardee – D.A. Cherepkov)

    3. The Green Path of the Krasnaya Polyana Resort Project, during which 29 events were held with the participation of over 2.5 thousand people. Within the framework of the project, several popular science books were published, the accessibility of the Krasnaya Polyana resort territory for people with limited mobility was increased, and projects to support children’s adaptive sports and physical education were implemented. Seven of the nine hotels of the resort passed independent environmental certification. (Awardees – L.M. Shagarov, A.A. Molochkova)

    4. TV channel “My Planet”, which has been covering the sphere of Russian tourism for 15 years. The TV channel ranks third in the rating of cited popular science TV channels. The audience of the TV channel is 55 million viewers per year. (Awardees – G.V.Kovbasyuk, N.A.Kuznetsova, A.B.Pankratov)

    5. The Hospitality Classes project in Crimea is aimed at creating conditions for successful socialization and professional self-determination of teenagers. The project program consists of nine modules, each of which is dedicated to a separate area in the hospitality industry and professions in this area. (Awardees – N.A. Vistunova, D.S. Kolesnikova, A.S. Petrova, E.V. Ponomareva)

    6. The project “System for the Development of Domestic and Inbound Tourism Based on the Synergy of the Tourism Business and the Government” – includes analytical and expert work on studying the preferences of Russians in recreation, assessment and analysis of the tourism potential of the regions, a set of training events for the regional tourism business. Based on this data, a tourism product is formed, a strategy for its promotion and implementation is developed. (Awardees – S.I. Gonetskaya, O.N. Ivanova, A.L. Malinina, G.Sh. Musalova, A.E. Fokeeva)

    7. The project of the active recreation park “Malskaya Dolina” is a modern complex for active recreation with developed infrastructure. It is located in the village of Rogovo in the Pskov region, a historical place on the territory of the Izborsko-Malskaya Valley – a natural monument of regional significance. The territory of the park is 194 hectares. (Awardee – V.A. Seliverstov)

    8. “Glamping Ecosystem “Green Trail”” is one of the first glampings in Russia, which contributed to the development of the corresponding recreation format. On its territory there are tents and guest houses, as well as a clearing for accommodating tent tourists and caravanners. Every year the hotel receives about 7 thousand people. (Awardee – I.I. Mamai)

    9. The project “Inclusive tourism as a comprehensive system of habilitation and rehabilitation of children with autism spectrum disorders”, during the existence of which more than 200 children with disabilities took part in trips. (Awardee – A.V. Senik)

    10. Research project “Rating of the event potential of Russian regions” is the first analytical tool for assessing the level of development of infrastructure for event and business tourism in the regions. Since 2014, the rating has annually assessed the potential of Russian regions in the sphere of organizing events on their territory that contribute to the development of business and event tourism, the growth of the investment attractiveness of the region, as well as support for the socio-economic and cultural life of the region. (Awardee – D.A. Ostrovskaya)

    Please note: This information is raw content directly from the source of the information. It is exactly what the source states and does not reflect the position of MIL-OSI or its clients.

    MIL OSI Russia News

  • MIL-OSI USA: NASA to Preview Sky-Mapping Space Telescope Ahead of Launch

    Source: NASA

    NASA will host a news conference at 12 p.m. EST Friday, Jan. 31, to discuss a new telescope that will improve our understanding of how the universe evolved and search for key ingredients for life in our galaxy.
    Agency experts will preview NASA’s SPHEREx (Spectro-Photometer for the History of the Universe, Epoch of Reionization and Ices Explorer) mission, which will help scientists better understand the structure of the universe, how galaxies form and evolve, and the origins and abundance of water. Launch is targeted for no earlier than Thursday, Feb. 27.
    The news conference will be hosted at the agency’s Jet Propulsion Laboratory in Southern California. Watch live on NASA+, as well as JPL’s X and YouTube channels. Learn how to watch NASA content through a variety of platforms, including social media.
    Laurie Leshin, director, NASA JPL, will provide opening remarks. Additional briefing participants include:

    Shawn Domagal-Goldman, acting director, Astrophysics Division, NASA Headquarters
    James Fanson, project manager, SPHEREx, NASA JPL
    Beth Fabinsky, deputy project manager, SPHEREx, NASA JPL  
    Jamie Bock, principal investigator, SPHEREx, Caltech
    Cesar Marin, SPHEREx integration engineer, Launch Services Program, NASA’s Kennedy Space Center in Florida

    To ask questions by phone, members of the media must RSVP no later than two hours before the start of the event to: rexana.v.vizza@jpl.nasa.gov. NASA’s media accreditation policy is available online. Questions also can be asked on social media during the briefing using #AskNASA.
    The SPHEREx observatory will survey the entire celestial sky in near-infrared light to help answer cosmic questions involving the birth of the universe, and the subsequent development of galaxies. It also will search for ices of water and organic molecules — essentials for life as we know it — in regions where stars are born from gas and dust, as well as disks around stars where new planets could be forming. Astronomers will use the mission to gather data on more than 450 million galaxies, as well as more than 100 million stars in our own Milky Way galaxy.
    The space observatory will share its ride on a SpaceX Falcon 9 rocket with NASA’s PUNCH (Polarimeter to Unify the Corona and Heliosphere) mission, which will lift off from Launch Complex 4E at Vandenberg Space Force Base in Central California. 
    The SPHEREx mission is managed by NASA JPL for the agency’s Astrophysics Division within the Science Mission Directorate at NASA Headquarters in Washington. The principal investigator is based at Caltech in Pasadena, California, which manages NASA JPL for the agency. 
    The spacecraft is supplied by BAE Systems. The Korea Astronomy and Space Science Institute contributed the non-flight cryogenic test chamber. Mission data will be publicly available through IPAC at Caltech.
    For more information about the mission, visit:
    https://nasa.gov/spherex
    -end-
    Alise FisherHeadquarters, Washington202-358-2546alise.m.fisher@nasa.gov
    Val Gratias / Calla CofieldJet Propulsion Laboratory, Pasadena, Calif.818-393-6215 / 626-808-2469valerie.m.gratias@jpl.nasa.gov / calla.e.cofield@jpl.nasa.gov

    MIL OSI USA News

  • MIL-OSI USA: Hear the experts give the real facts on California water

    Source: US State of California 2

    Jan 27, 2025

    LOS ANGELES — Scientists, water managers, state leaders, and experts throughout the state are calling out the federal administration’s ongoing misinformation campaign on water management in California. Here is a snapshot of what water leaders and media are saying in California and nationally:

    State water officials and water districts weigh in 

    Association of California Water Agencies: “Water supply has not hindered firefighting efforts. Reservoirs in California are at or above average storage levels for this time of year, thanks in part to years of proactive water management.” 

    Deven Upadhyay, Metropolitan Water District: “The Metropolitan Water District of Southern California has enough water in storage to meet roughly three years of water demand. We can deliver what our agencies need.”

    Marty Adams, former general manager and chief engineer of the Los Angeles Department of Water and Power or DWP: “ There’s way more water in local storage than you could ever fight a fire with.”

    Jennifer Pierre, general manager, State Water Contractors: “The policies currently in place overseeing the movement of California water maximize supply in compliance with the law and based on best available science.”

    Leading state researchers and university professors 

    Tom Holyke, Fresno State University political science and water policy professor: “There is no ‘valve…’”

    Letitia Grenier, director of the Public Policy Institute of California’s Water Policy Center: “The transfer of water from Northern California to Southern California is not related to water availability to fight the fires in the Los Angeles area. Currently, reservoirs in the Los Angeles area are mostly full.”

    Stephanie Pincetl, director of the California Center for Sustainable Communications at UCLA: “We’re finger pointing away from the problem.  We have really no lack of water. What we have is an infrastructure that is not made to fight cataclysmic fires, biblical-size fires.” 

     Community voices push back on misinformation

     Peter Gleick, hydro-climatologist and co-founder of the Pacific Institute: “[Trump’s order on California water policy] is what you get when you mix bluster, ignorance, and disinformation. There are no ‘enormous amounts of water’ that can be redirected legally, economically, or environmentally to different users in California ….” 

    John Buse, general counsel for the Center for Biological Diversity: “It’s difficult to explain what he’s talking about because nobody knows what he’s talking about. The idea of a valve and water will just flow is preposterous.”

    Mark Gold, water scarcity director for the Natural Resources Defense Council and a board member of the Metropolitan Water District of Southern California: “Tying Bay-Delta management into devastating wildfires that have cost people’s lives and homes is nothing short of irresponsible, and it’s happening at a time when the Metropolitan Water District has the most water stored in its system in the history of the agency. It’s not a matter of having enough water coming from Northern California to put out a fire….”

    “Los Angeles has access to more than enough water to fight the fires. I can say with great authority, we have as much water stored as any time in the history of our agency.”

    LA Water Keeper: “There is no need to increase water deliveries from the Bay-Delta or any other source from which LA imports water for the region to be able to fight the current fires.”   

    Miles Johnson, Columbia Riverkeeper: “That idea [of a valve] is completely far-fetched and detached from reality.”   

    Jason Wise @jasonjourneyman, water and environment influencer: “LA has plenty of water, reservoirs are near full because of the last two years of heavy rain. Anyone who tells you otherwise is trying to score political points off a tragedy.”

    State and national elected leaders defend California water, rebuke false claims

    Senator Alex Padilla: “Trump is fixated on false claims about California’s water supply. And he’s using it to withhold disaster aid from wildfire victims…Let’s get one easy thing out of the way. There’s no ‘valve’ that needs to be turned.”

    California State Assemblymember Isaac G. Bryan: “I hope while Trump is in California he takes us to the giant faucet that he says releases all the water. I chair the state Natural Resource Committee and I’d love to see it. It’s got to be huge. We could turn it on together.”

    Fact checks in the media

    ✅ POLITIFACT: “Experts said that statewide, there are no major reservoirs that have been dry for more than 15 years, and most of California’s reservoirs are above their historic average storage.”

    New York Times: In California Fires, Trump Blames Newsom for Withholding Water. Experts Say He’s Wrong

    ✅ Wall Street Journal: The LA Fires have sparked waves of criticism and misinformation. Here’s what really happened with the fire hydrants and California’s water system.

    ✅ Washington Post: Trump says a ‘valve’ can fix California’s water. It’s not that easy 

    ✅ Los Angeles Times: Trump wants to alter California water policy. Experts say it could do harm

    ✅ The Guardian: ‘Chaos agent’ Trump revives California water wars as experts warn of turmoil

    ✅ Calmatters: Fact check: Donald Trump’s claims about LA fires and water

    ✅ USA Today: Of fish and men: Trump’s California water order takes aim at Newsom and troubled smelt

    ✅ Capital Public Radio: Conspiracies are rife about water and the LA fires. Here’s what experts say

    ✅ KQED: Trump again wades into California water use fight, drawing skepticism from experts

    ✅ Pittsburgh Post-Gazette: Fact check: Trump’s blame claims about wildfire response

    Associated Press: Trump targets California water policy as he prepares to tour LA fire damage

    Get the facts 

    FACT: California pumps as much water now as it could under prior Trump-era policies.   

    FACT: Water reservoirs in Southern California are at record levels. There is no shortage of water in Southern California.

    FACT: Most of Southern California’s water does not come from Northern California. In fact, Southern California gets roughly a third of its water from Northern California, a third from the Colorado River, and a third from local sources.

    FACT: State water operations have nothing to do with the local fire response in Los Angeles. The federal administration’s statements have been repeatedly fact-checked and debunked

    FACT: There is no spigot to magically make water appear at a wildfire, despite the administration’s false claims. 

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    News What you need to know: Governor Gavin Newsom today met with firefighters who have been on the frontlines battling ongoing flames from the initial Los Angeles firestorm. Los Angeles, California – Taking a moment to reflect on the profound response effort to…

    MIL OSI USA News

  • MIL-OSI USA: Office of the Governor — News Release — Governor Green to Travel to Washington, D.C.

    Source: US State of Hawaii

    Office of the Governor — News Release — Governor Green to Travel to Washington, D.C.

    Posted on Jan 27, 2025 in Latest Department News, Newsroom, Office of the Governor Press Releases

    STATE OF HAWAIʻI 
    KA MOKU ʻĀINA O HAWAIʻI 

     
    JOSH GREEN, M.D. 
    GOVERNOR
    KE KIAʻĀINA 

     

    GOVERNOR GREEN TO TRAVEL TO WASHINGTON, D.C.
     

    FOR IMMEDIATE RELEASE
    January 27, 2025

    HONOLULU — Governor Josh Green, M.D., will travel to Washington, D.C., this week at the request of U.S. Senators and national health organizations to provide input regarding the nomination of Robert F. Kennedy Jr. for Secretary of Health and Human Services (HHS).

    Governor Green has expressed concerns about the potential impact of Kennedy’s confirmation on Hawai‘i and the nation, emphasizing the importance of a science-driven approach to public health.

    “Our people deserve a Health and Human Services Secretary who champions science, supports vaccines, and is committed to lowering costs while safeguarding health care access,” said Governor Green. “Mr. Kennedy’s lack of experience raises serious concerns about the future of critical programs like Medicare and Medicaid, which are lifelines for the people of Hawai‘i.”

    Drawing on his extensive background as an emergency room physician, longtime Legislator, Lieutenant Governor and Governor, Dr. Green will highlight the potential risks of this nomination, which has drawn criticism from leading public health experts. In 2019 as Hawai‘i’s Lieutenant Governor, Dr. Green played a pivotal role in addressing a severe measles epidemic in Samoa. His hands-on efforts, including vaccinating tens of thousands of individuals, demonstrated the lifesaving importance of science-based public health initiatives.

    The Governor will depart Hawai‘i on Monday evening, January 27, 2025, and return on Thursday afternoon, January 30, 2025. During his absence, Lieutenant Governor Sylvia Luke will serve as Acting Governor.

    # # # 

    Media Contacts:   
    Erika Engle
    Press Secretary
    Office of the Governor, State of Hawai‘i
    Phone: 808-586-0120
    Email: [email protected]

    Makana McClellan
    Director of Communications
    Office of the Governor, State of Hawaiʻi
    Cell: 808-265-0083
    Email: [email protected]

    MIL OSI USA News

  • MIL-OSI Video: Victims of the Holocaust, Sudan & other topics – Daily Press Briefing | United Nations

    Source: United Nations (Video News)

    Noon Briefing by Stéphane Dujarric, Spokesperson for the Secretary-General.

    – Victims of the Holocaust
    – Sudan
    – US Foreign Assistance
    – Deputy Secretary-General
    – Occupied Palestinian Territory
    – Lebanon
    – Syria
    – Secretary-General/Democratic Republic of Congo
    – Democratic Republic of Congo/Humanitarian
    – Senior Personnel Appintment
    – Briefings Tomorrow
    – Honour Roll

    VICTIMS OF HOLOCAUST
    This morning, the Secretary-General spoke at the General Assembly on the Observance of the International Day of Commemoration in Memory of the Victims of the Holocaust.
    The Secretary-General said the ceasefire and hostage release deal between Israel and Hamas offers hope, as well as much needed relief. He added that the United Nations will do its utmost to ensure it leads to the release of all hostages and a permanent ceasefire in Gaza.
    The Secretary-General also said that today we mourn the six million Jews murdered by the Nazis and their collaborators, as they sought to destroy an entire people.
    We grieve the Roma and Sinti also targeted for genocide, the people with disabilities, LGBTIQ+ people, and all those enslaved, persecuted, tortured, and killed.
    And we renew our resolve never to forget the atrocities that so “outraged the conscience” of humankind.
    The Secretary-General also underscored that remembrance is not only a moral act. Remembrance is a call to action. He added that it is our duty to speak up against hate, to stand up for the human rights for all, and to make all those rights a reality.

    SUDAN
    In a statement issued today, the Secretary-General strongly condemned the attack that hit the Saudi Teaching Hospital in El Fasher in Sudan’s North Darfur state on 24 January, in which at least 70 patients and their relatives were reportedly killed, with dozens more wounded.
    This appalling attack which affected the only functioning hospital in Darfur’s largest city comes after more than 21 months of war have left much of Sudan’s health care system in tatters.
    The Secretary-General reiterated that, under international humanitarian law, the wounded and the sick, as well as medical personnel and medical facilities, must be respected and protected at all times. He further recalled that perpetrators of serious violations of international humanitarian law must be held accountable, and that the deliberate targeting of health care facilities may constitute a war crime.
    The Secretary-General renewed his appeal to the parties to immediately cease the fighting and take steps towards the lasting peace that the people of Sudan demand.
    And on Friday night, another statement was issued on the recent escalation of fighting in Sudan, in particular around the al-Jili oil refinery north of Khartoum, as well as in El Fasher.
    The Secretary-General renewed his call for urgent and genuine dialogue between the parties to the conflict, reiterating that a sustainable resolution to the conflict can only be achieved through an inclusive political process. He added that his Personal Envoy, Ramtane Lamamra, continues to engage the parties and all relevant stakeholders to de-escalate the conflict and promote a Sudanese-led inclusive dialogue that will bring a sustained end to the war.

    US FOREIGN ASSISTANCE
    In a statement issued today, the Secretary-General noted with concern the announcement of a pause in U.S. foreign assistance. He called for additional exemptions to be considered to ensure the continued delivery of critical development and humanitarian activities for the most vulnerable communities around the world, whose lives and livelihoods depend on this support.
    The Secretary-General said that he looks forward to engaging with the new United States administration on the provision of much needed development support to people grappling with the most difficult challenges confronting the developing world. The United States is one of the largest aid providers and it is vital that we work constructively to jointly shape a strategic path forward.

    Full Highlights: https://www.un.org/sg/en/content/noon-briefing-highlight?date%5Bvalue%5D%5Bdate%5D=27%20January%202025

    https://www.youtube.com/watch?v=WGdTq2LU_To

    MIL OSI Video

  • MIL-OSI Asia-Pac: To reimagine, reinvent, and reposition ISI as a globally recognized institution: Indian Statistical Institute poised to embrace the transformative vision as it approaches its centenary in 2031

    Source: Government of India (2)

    Posted On: 28 JAN 2025 1:19PM by PIB Delhi

    The Indian Statistical Institute, established in 1931 by the visionary statistician Prof. Prasanta Chandra Mahalanobis, has played a pivotal role in statistical research, education, training and its application. Having been declared as an institution of national importance through the Indian Statistical Institute Act of 1959, the Institute has been a leader in advancing statistical methods and their application across various disciplines. The ISI Council is the governing body of the Institute. In terms of the provision of the ISI Act and ISI Regulations, a newly constituted Council has been set up for the term 2024-26. During the 1stMeeting of the Council held on 26 October 2024, the members of the Council elected Dr. Koppillil Radhakrishnan, as the Chairman of the ISI, Council. Dr. Radhakrishnan is a Padma Bhushan awardee and an Indian Space Scientist, who headed the Indian Space Research Organisation (ISRO) as Chairman of the Space Commission and Secretary of the Department of Space, Government of India.

    As per the provisions of the ISI Act, 1959, the Central Government (MoSPI) constitutes Committees at regularintervals for reviewing the performance of the ISI and for making recommendations about its future course. Under this provision, the 4thReview Committee of the Indian Statistical Institutewas constituted in 2020. The Committee submitted its comprehensive report to the Government of India, charting a transformative roadmap for this esteemed Institution of National Importance. Headed by the distinguished scientist and former Director-General of the Council of Scientific and Industrial Research (CSIR), Dr. R.A. Mashelkar, the Committee, through interactions with multiple stakeholders, conducted an extensive review of ISI’s functioning, achievements and challenges, and arrived at the report culminating in a series of actionable recommendations aimed at rejuvenating the Institute’s role in advancing statistical sciences and its applications in India and globally.

    Based on the theme ‘Reimagine, Reinvent and Reposition’, the Committee proposed 61 recommendations addressing governance, academic programs, research priorities, infrastructure, and financial sustainability of the Institute. The Committeehad extensive Stakeholder Consultations in the online mode due to the raging pandemic, engagingvirtually with faculty, students, alumni, and administrative staff to gather insights into ISI’s functioning, challenges, and aspirations.They also consulted industry experts, government representatives, and other academic institutions to understand and assess the external expectations from ISI. The Committee held virtual meetings to deliberate on findings and draft recommendations and undertook an evidence-basedevaluation of ISI’s performance over the past decade, including its research output, academic programs, infrastructure, and outreach efforts andbenchmarked ISI against leading global institutions to identify gaps and opportunities.

    The Committee proposed a comprehensive set of recommendations to reimagine, reinvent, and reposition ISI as a globally recognized institution. It emphasized the need for governance reforms and strengthening accountability through performance-based evaluations and establishing clear work norms for faculty and staff. The committee recommended expanding academic programs to include cutting-edge fields like data science and machine learning, increasing student intake and faculty numbers to scale the institute’s impact, and promoting interdisciplinary and large-scale research projects with national and international relevance. It called for modernizing administrative processes and research methodologies using advanced digital tools and building world-class computing and laboratory infrastructure to support innovative research.

    The recommendations also included establishing robust partnerships with industry and government to address real-world challenges and generate revenue, establishing more enabling structures like the technology innovation hub, enhancing visibility through targeted outreach and brand-building initiatives, and encouraging resource generation through research grants, industry collaborations, and alumni contributions. The committee stressed the importance of increasing autonomy in managing internal revenue and recruitment processes. Infrastructure development was also a priority, with a focus on upgrading physical facilities, including campuses, laboratories, and student housing, and establishing new centers focused on emerging disciplines and regional outreach.

    The Committee’s recommendations are aimed at reimagining, reinventing, and repositioning ISI as a globally recognized institution and included recommendations in the area of Governance Reforms, Academic and Research Enhancements, Digital Transformation, Industry and Government Engagement, Financial Sustainability and Infrastructure Development.

    ISI has commenced implementation of these recommendations, demonstrating their commitment towards strengthening the Institute’s excellence in addressing the nation’s socio-economic development needs. During the2ndMeeting of the Council held on 23 January 2025, the Council of the Institute under the Chairmanship of Dr. Koppillil Radhakrishnan reviewed the status of implementation of the recommendations of the 4thReview Committee.The Institute’sCouncil is committed to implement the Committee’s recommendations in a phased manner with focus on:

    1. Short-Term Initiatives: Immediate steps to address critical issues, such as faculty recruitment, infrastructure upgradation, and governance reforms.
    2. Medium-Term Goals: Enhancing academic and research programs, scaling outreach efforts, and improving financial sustainability.
    3. Long-Term Vision: Transforming ISI into a global leader by its centenary year in 2031, with a focus on impactful research, innovative education, and strong industry connections.

    ISI has commenced work on improving its structure, strengthening research and ensuring robust academic and administrative frameworks. Significant restructuring has been undertaken to align the Institute’s various Divisions with contemporary requirements. The Centre for AI and ML (CAIML) has aligned its initiatives with the National AI Policy, emphasizing strategic relevance. Efforts are also underway to operationalize the Interdisciplinary Centre for Applied Statistics and Biostatistics. The Research Centre for Economics and Data Analysis has been invigorated with dedicated leadership assignments, ensuring forward momentum. Faculty recruitment and promotions have been prioritized, with streamlined processes nearing finalization. Formalization of teaching benchmarks highlight ISI’s to academic excellence.

    While certain actions remain under discussion, the groundwork has been laid for transformative changes. ISI has also adopted advanced digital teaching methods, introducing online and hybrid courses as part of a broader academic enhancement strategy. These initiatives are complemented by expedited decision-making processes within the Academic Council, fostering agility in program development and revision. Infrastructure and governance improvements remain a focal point, with e-governance initiatives progressing in alignment with MoSPI. Revenue generation efforts, including consultancy rules and facility usage charges, have been implemented to strengthen financial sustainability.

    While many recommendations have been fully implemented, others are actively in progress. These actions, signal a forward-looking approach and underline the Government’s dedication to strengthen ISI as a global leader in statistical science and related disciplines.The Government recognizes ISI’s rich legacy of excellence and its critical role in supporting India’s economic and social development and is committed to providing the necessary support to realize the 4th Review Committee’s vision and roadmap.

    The Government of India’s support for implementing these recommendations reflects its commitment to empower the ISI as a cornerstone of the nation’s knowledge ecosystem. As the Institute approaches its centenary in 2031, the Institute is poised to embrace this transformative vision and emerge as a beacon of excellence on the global stage.

    *****

    SB/DP

    (Release ID: 2096926) Visitor Counter : 21

    MIL OSI Asia Pacific News

  • MIL-OSI Economics: Asian Development Blog: A Steppe Forward: How to Revive Mongolia’s Grasslands and Fight Climate Change

    Source: Asia Development Bank

    Mongolia’s rangelands occupy 70% of the country’s territory and are vital for climate mitigation through carbon storage. Research highlights the importance of sustainable grazing practices and collective herder management to restore degraded rangelands and maintain their ecological functions.

    Spanning more than 110 million hectares across 70% of Mongolia’s land territory, and renowned as one of the last remaining natural steppe ecosystems, Mongolian rangelands have a crucial role to play in the country’s climate mitigation efforts.

    If well managed,  rangelands can serve as more stable carbon stores than forests, as they are more resilient to environmental stresses such as drought and fire.

    Effective management practices can boost soil carbon stocks by increasing organic matter input or reducing carbon losses. Through photosynthesis, plants absorb CO2 from the atmosphere. As grasses grow, their dry and dead leaves and stems fall to the ground and decompose.

    Roots, which often have more biomass below ground than above, also grow, and some die and decompose each year. Soil microorganisms aid in decomposing organic matter, and carbon from these sources is incorporated into soil carbon stocks.

    Current carbon estimates for rangelands often focus on the topsoil, but a substantial amount of grassland soil carbon is found in deeper subsoil layers.

    When rangelands degrade, soil carbon is released into the atmosphere. Therefore, scientists advise that climate mitigation efforts should focus on protecting this irreplaceable soil carbon as its restoration is difficult once lost.

    In rangeland management science, this is known as a tipping point where changes in vegetation and soil become impossible to reverse.

    Are Mongolian rangelands close to a tipping point? In the past thirty years, the livestock population in Mongolia has tripled, surpassing the rangelands’ carrying capacity by three times. This has resulted in degradation of 65% of rangelands.

    However, due to traditional rotational grazing practices, most of the degraded rangelands have retained their ability to recover.  Research findings confirm that 85% of degraded rangelands maintain their natural regeneration capacity if the level of degradation has not passed the threshold of no recovery.

    Managed carefully in accordance with the seasonal carrying capacity, rangelands can recover and maintain their carbon sequestration and storage capacity for the benefit of the people, the country, and the world’s climate.

    Mongolia’s first rangeland health report in May 2015 found 65% of rangelands were degraded, but 94% could still recover. By 2018, a second report showed the degraded rangelands had decreased to 57%. According to the third report released in 2022, the percentage of heavily degraded rangelands has declined from 10.2% to 6.6%. 

    Researchers attributed this positive trend to a high capacity for recovery of Mongolian rangelands, reduced grazing pressure, and herders’ commitment to improving rotational grazing practices.

    This suggests the key to maintaining rangeland recovery capacity is resting rangelands during critical vegetation growth periods and adjusting livestock numbers based on seasonal productivity.

    Mongolia’s agencies monitor rangelands at thousands of sites nationwide. Collaborating with international researchers, Mongolian scientists have developed tools like Ecological Site Descriptions and State and Transition Models to assess rangeland health. They’ve identified 22 ecological groups based on vegetation, soil, productivity, landscape, and climate, which guide site-specific grazing and stocking plans.

    In cooperation with herder households, the Mongolian National Federation of Pasture User Groups has carried out several pilot projects testing the length of time different rangelands take to reach new recovery classes. Even rangelands that reached a heavy level of degradation are still able to recover if there is more than 10 years of frugal management. 

    The agriculture sector produces 53% of all greenhouse gas emissions, with land use and land management accounting for 34%, according to the latest Biannual Transparency Report.  As the dominant ecosystem in Mongolia, rangelands have a huge role to play in the nation’s emission reduction targets.

    Research trials conducted to rehabilitate heavily degraded rangelands with a range of modern technologies revealed that this is both difficult and costly. The best method is to revitalize traditional rotational grazing and resting practices. This has to be regulated through the collective control of herder households and supported by a legal framework.

    These findings have led to the formation of pasture user groups among herder households that share customary access to the same seasonal rangelands. Group members define the boundaries of their seasonal rotational grazing areas and regulate their use.

    These plans form the basis for establishing rangeland use agreements between the groups and local government, which are the means to enforce and monitor rotational grazing and rangeland-resting plans.

    When rangelands show signs of degradation, herder households move to the next rangeland to let it regenerate. These are known among herders as the “4 Golden Rules”, followed to manage their grazing areas sustainably: do not exceed the carrying capacity of rangelands; do not deplete the regeneration capacity of plants; give plants time to recover; and practice pre-planned and regulated rotational grazing.

    This nature-based solution offers ample opportunities to restore rangelands. Managed carefully in accordance with the seasonal carrying capacity, rangelands can recover and maintain their carbon sequestration and storage capacity for the benefit of the people, the country, and the world’s climate.

    Across the globe, the rangeland ecosystem services are often undervalued, and much larger efforts are required to create awareness. Not only is it a source of livestock feed but also crucial in climate mitigation and adaptation efforts and provision of generic ecosystem services such as absorbing excess rainfall and releasing water gradually during dry periods, stabilizing soil quality to prevent erosion and desertification.

    By integrating these actions into nationally determined contributions, national adaptation plans, and long-term emission strategies, we can strengthen community and ecosystem resilience and build a future ready to face a changing climate.
     

    MIL OSI Economics

  • MIL-OSI United Kingdom: Expert advisory group appointed by independent water commission

    Source: United Kingdom – Government Statements

    The independent water commission announces members of the new advisory group

    Expert advisory group appointed by independent water commission

    Senior advisory group supporting Sir Jon Cunliffe on major water reset

    Leading voices from areas including the environment, public health and investment have been announced today (28 January) as the new advisory group to the independent water commission, chaired by Sir Jon Cunliffe.  

    Sir Chris Whitty (Chief Medical Officer), Richard Benwell (CEO, Wildlife & Countryside Link),  Professor Isabelle Durance (Professor of Integrated Water Sciences at Cardiff University) and Peter Harrison (former CEO, Schroders) are among the nine members advising the commission in its major review of the water system. 

    A Call for Evidence will be published in February 2024 to bring in views from all interested parties on possible areas of reform. 

    The members are: 

    • Richard Benwell (environment expert), Chief Executive of Wildlife and Countryside Link, a coalition of environmental charities. Previously policy adviser to the Defra Secretary of State and worked in policy and advocacy roles for the Wildfowl and Wetlands Trust and RSPB.   

    • Chris Whitty (public health expert), Chief Medical Officer for England and Chief Medical Adviser to the UK Government. 

    • Professor Isabelle Durance (environmental science and Welsh water system expert), Founder and Director of the Water Research Institute at Cardiff University, and Professor of Integrated Water Sciences 

    • Peter Harrison (investment expert), Former Group CEO at Schroders plc. Member of the Capital Markets Industry Taskforce (CMIT), Chair of the charity Business in the Community, and chair-designate of Morgan Sindall plc.   

    • Dame Yve Buckland (consumers advocate), Founding Chair of the Consumer Council for Water (2005 –2015). Chair of University Hospitals Birmingham NHS Foundation Trust since 2023.    

    • Jonathan Haskel (economics expert) Professor of Economics at Imperial College Business School. Previously board member at the UK Statistics Authority and a member of the Monetary Policy Committee at the Bank of England. 

    • Philip Graham (infrastructure), Executive Director of Good Growth at Greater London Authority. Previously Chief Executive of the National Infrastructure Commission.  

    • Jon Loveday (project delivery and commercial expert), Director of Infrastructure, Enterprise and Growth at the Infrastructure and Projects Authority (IPA). Shareholder Non-Executive Director of Crossrail International and Sizewell C. Former Executive Director within the water, telecoms and energy sectors. 

    • Stephen Peacock (planning and place-making expert), CEO of West of England Mayoral Combined Authority. Former CEO and Executive Director of growth and regeneration at Bristol City Council 

    The independent water commission was announced by the UK and Welsh governments in October 2024 to help deliver a reset of the water sector, chaired by Former Deputy Governor of the Bank of England, Sir Jon Cunliffe.

    The upcoming Call for Evidence will look at the management of the overall water system, regulatory reform, and the role of water companies, owners and investors.   

    A set of recommendations will be delivered later this year to the Defra Secretary of State Steve Reed and Huw Irranca Davies, Wales’ Deputy First Minister with responsibility for Climate Change and Rural Affairs.  

    Sir Jon Cunliffe, Chair of the independent water commission, said: 

    Since taking up this role I have seen the many complex challenges faced by the water sector in England and Wales. All sides know that change is clearly needed.  

    The calibre of expertise we have bought together in this group reflects the significance of the task ahead.  

    I know their insight and experience will be invaluable in recommending meaningful and long-term reforms to rebuild the trust that has been lost and deliver a thriving and sustainable water sector for the future. I look forward to our work together in the coming months.

    As set out in the Terms of Reference, the Commission is operating independently of the UK and Welsh Ministers. The Chair and advisory group are supported by a Defra Secretariat.  

    Full biographies of all advisory group members are listed below.   

    Name Details
    Richard Benwell (environment) Richard Benwell is CEO of Wildlife & Countryside Link, a coalition of environmental charities. He is a Board member of UK Youth for Nature and the Broadway Initiative, and Chair of Oxfordshire’s Local Nature Partnership. Previously, he was Policy Adviser to the Secretary of State at DEFRA, and has worked in policy and advocacy roles for WWT and RSPB.
    Sir Chris Whitty (public health) Professor Sir Chris Whitty FRS is Chief Medical Officer for England (CMO) and head of the public health profession. He is an epidemiologist and NHS infectious disease consultant physician. Chris has worked with the Royal Academy of Engineering and others on solutions for the safe management of sewage.
    Dame Yve Buckland (consumers) Yve Buckland was the founding Chair of the Consumer Council for Water, holding the role between 2005 and 2015.  She has also held a number of roles in public health, including Chair of the NHS Institute for Innovation and Improvement at Warwick University (2005 – 2010), Pro-Chancellor of Aston University (2019 – 2023), and in 2022 Dame Yve was appointed Chair of University Hospitals Birmingham NHS Foundation Trust. 
    Jonathan Haskel (economics) Jonathan Haskel is Professor of Economics at Imperial College Business School, Imperial College London, where he has been since 2008.  He has previously taught at Queen Mary, University of London; Dartmouth College, USA and New York University, USA.  His research interests are productivity and growth.   In addition to his academic activities, he has been an External Member of the Reporting Panel of the Competition and Markets Authority (2001-2009); a non-Executive Director of the UK Statistics Authority (2016-2022) and an External Member of the Bank of England Monetary Policy Committee (2018-2024).
    Philip Graham  (infrastructure) Philip Graham was the founding Chief Executive of the National Infrastructure Commission from 2015-20, during which time he led its establishment as an independent arms-length body and delivered the UK’s first ever cross-cutting National Infrastructure Assessment. He is currently Executive Director for Good Growth at the Greater London Authority, where he leads the Mayor’s policies and programmes in relation to London’s environment, economy, infrastructure, and spatial development. He worked across areas in the Department for Transport, including leading the Airports Commission’s review of aviation capacity for Sir Howard Davies.
    Jon Loveday (project management and delivery) Jon Loveday is the Director of Infrastructure, Enterprise and Growth at the Infrastructure and Projects Authority (IPA), the government’s centre of expertise for infrastructure and major projects. He leads the expert delivery team advising on the set up of delivery bodies, commercial models and project delivery across the £800bn Government’s Major Projects Portfolio. Jon has held Executive roles for regulated utility companies and major construction and infrastructure contractors and has extensive experience of delivering major utility projects throughout the UK.
    Peter Harrison (investors) Peter Harrison was formally Group Chief Executive of Schroders plc, with over 35 years’ experience in the asset management industry. He is currently a member of the Capital Markets Industry Taskforce (CMIT), chair of the charity Business in the Community, and chair-designate of Morgan Sindall plc.
    Professor Isabelle Durance (science and Welsh water system) Isabelle Durance is Professor of Integrated Water Science and Director of the Water Research Institute at Cardiff University, recognised for its interdisciplinarity and extensive stakeholder reach that includes water companies, government and regulators. With multi-million-pound support, her personal research in the UK and overseas examines interactions between landscape change, biodiversity and ecosystem services.  Outside her academic role, she is involved extensively in various advisory capacities to government bodies, research councils, charities, industry and regulators – especially in the water sector.
    Stephen Peacock (planning and place-making) Stephen Peacock is Chief Executive of the West of England Mayoral Combined Authority, responsible for £1 billion of investment to drive sustainable and inclusive growth across the most productive and fast-growing UK city region outside London. He has a commercial background in international energy and technology along with a track record of public sector leadership.  A former partner with a major professional services firm, Stephen was Chief Executive of Bristol City Council where his achievements include the creation of the award-winning City Leap public-private partnership.

    Updates to this page

    Published 28 January 2025

    MIL OSI United Kingdom

  • MIL-OSI: Proposals to Annual General Meeting 2025 concerning the Number of the Board Members, Their Remuneration and Reimbursement of Their Costs, and Nomination of the Board Members

    Source: GlobeNewswire (MIL-OSI)

    eQ Plc Stock Exchange Release
    28 January 2025, at 11:00 am

    Shareholders of eQ Plc, who control over 60 per cent of the outstanding shares and votes, have proposed to the Annual General Meeting to be held at 25 March 2025 concerning the number of members of the Board of Directors, their remuneration and reimbursement of their costs, and the nomination of members of the Board of Directors.

    Proposal relating to number of persons on the Board of Directors

    The shareholders propose no changes to the number of the Board members, i.e. that six persons be elected to the Board of Directors, or five persons, if a person proposed by the shareholders is prevented from being a Board member of the company.

    Decision relating to the compensation of the members of the Board of Directors

    The shareholders propose no changes to the compensation of the Board members, i.e. that the Chair of the Board of Directors receives 5,000 euros per month, Vice Chair of the Board of Directors receives 4,000 euros per month and the members of the Board of Directors receive 3,000 euros per month. In addition, a compensation of 750 euros per meeting is proposed to be paid for all the Board members for each attended Board meeting and travel and accommodation expenses are reimbursed according to the effectual guidelines of eQ Plc.

    Nomination of the Board of Directors

    The shareholders propose that Päivi Arminen, Nicolas Berner, Georg Ehrnrooth, Janne Larma and Tomas von Rettig are re-elected to the Board of Directors and Caroline Bertlin will be elected as a new member to the Board. If one of the persons proposed by the shareholders is prevented from being a Board member of the company, such persons will be elected who are not prevented from being Board members. The term of office of the Board members ends at the close of the next Annual General Meeting.

    Caroline Bertlin (born 1978) is an experienced business leader with vast experience in the Nordics and internationally. Bertlin is based and has spent most of her career in Sweden. Currently she is engaged in strategy and funding of energy infrastructure for Nordion Energi. Prior to that she was the CEO of Nordisk Renting and Managing Director in NatWest Structured Finance (2016-2023). Previously she worked as Head of Restructuring, Turnaround CEO and Project Lead for Strategic projects in the NatWest Group (2009-2015). Earlier experience includes portfolio management and analyst positions within banking and alternative investments. In addition, she is a member of the Board of Nordisk Renting AB (2016-). Caroline Bertlin holds a Master of Science (Economics) degree from Hanken School of Economics.

    All nominees have given their consent to the proposal. In addition, the nominees have indicated that on selection, they will select Georg Ehrnrooth as Chair of the Board of Directors.

    Helsinki, 28 January 2025

    Additional information: Juha Surve, Group General Counsel, tel. +358 9 6817 8733

    Distribution: Nasdaq Helsinki, www.eQ.fi

    eQ Group is a Finnish group of companies specialising in asset management and corporate finance business. eQ Asset Management offers a wide range of asset management services (including private equity funds and real estate asset management) for institutions and individuals. The assets managed by the Group total approximately EUR 13.3 billion. Advium Corporate Finance, which is part of the Group, offers services related to mergers and acquisitions, real estate transactions and equity capital markets.

    The MIL Network

  • MIL-OSI United Kingdom: Councillor Louise Upton set to become Lord Mayor of Oxford

    Source: City of Oxford

    Councillor Louise Upton is set to become the new Lord Mayor of Oxford.

    The ceremonial role will see Councillor Upton carry out a wide range of civic engagements during 2025/26, from leading Oxford’s Remembrance service to school visits and charity events.

    Councillor Susan Brown, the Leader of Oxford City Council, made the announcement at the Council meeting last night (27 January).

    She also announced that Councillor Mike Rowley will be the Deputy Lord Mayor of Oxford, and Councillor Andrew Gant will be the Sheriff of Oxford for 2024/25.

    Mayor making

    The Lord Mayor, Deputy and Sheriff will be sworn in at the traditional mayor making ceremony in Oxford Town Hall in May.

    The ceremony will see the outgoing Lord Mayor, Councillor Mike Rowley, officially step down and hand over their chains of office to Councillor Upton.

    The bells of Carfax Tower will then be rung by the Oxford Society of Change Ringers to commemorate the ceremony.

    Councillor Louise Upton

    Councillor Louise Upton was born in Shropshire and first came to Oxford to study for a degree in Biochemistry at New College, Oxford, where she also captained the university’s Women’s Football Team. After that came a PhD in Cell Physiology from University College London. Since then she has worked as a research scientist, first in Paris for several years and then for 25 years at the University of Oxford, where she continues to teach neuroscience.

    Councillor Upton was elected to Oxford City Council in 2013 and represents Walton Manor ward. She is currently Cabinet Member for Planning, and for many years held the role of Cycling Champion.

    Lord Mayor of Oxford

    The Lord Mayor generally carries out more than 300 engagements each year. These cover a wide range, from Royal visits and leading Oxford’s annual Remembrance Sunday service to small community group meetings and charity events.

    The Lord Mayor also raises money for charity during their year-long term of office. Councillor Upton has chosen The Gatehouse, OXSRAD and TRAX to be her Lord Mayor’s charities for 2024/25.

    The first recorded Mayor of Oxford is Laurence Kepeharme, 1205-1209. Mayors’ names stretch in an unbroken line until 1962, when the dignity of the Lord Mayor was granted to Oxford by Her Majesty Queen Elizabeth II.

    Comment

    “I am so looking forward to being the Lord Mayor. We live in one of the most vibrant, most historic, most diverse cities in the UK, and I will be incredibly proud to represent every single one of our citizens.

    “The number of engagements is daunting, but it will be an amazing opportunity to meet many of the wonderful people who make Oxford tick.”

    Councillor Louise Upton

    MIL OSI United Kingdom

  • MIL-OSI China: Shenzhou-19 astronauts send Spring Festival greetings from space station

    Source: China State Council Information Office 2

    This video snapshot shows Shenzhou-19 astronauts Cai Xuzhe (C), Song Lingdong (R) and Wang Haoze sending their Spring Festival greetings from China’s Tiangong space station on New Year’s Eve. [Photo/Xinhua]
    Shenzhou-19 astronauts Cai Xuzhe, Song Lingdong and Wang Haoze sent their Spring Festival greetings from China’s Tiangong space station in a video released by the China Manned Space Agency (CMSA) on New Year’s Eve.
    The trio, dressed in blue jumpsuits adorned with red traditional auspicious cloud patterns, held two pieces of Chinese paper-cutting featuring the character “fu,” symbolizing good luck.
    “At this moment, I miss my family and friends even more. I wish you all a prosperous Year of the Snake, filled with good fortune and happiness,” said Cai, the crew commander.
    This is Cai’s second time working and living in China’s space station, but his first time celebrating the Spring Festival there. In 2022, he spent six months in the space during the Shenzhou-14 mission.
    “I am fortunate to have lived in a great era and fulfilled my space dream,” said Song, as he wished young people a bright and promising future.
    Wang, with her hands forming a heart shape above her head, said, “In the new year, may all your dreams come true.”
    Song and Wang are China’s first post-90s astronauts to enter the space station. Wang is also the first female space engineer to work in the space station.
    The astronauts have decorated the space station, orbiting about 400 km above Earth, with red couplets and the character “fu.” Their New Year’s Eve dinner includes dumplings, symbolizing reunion and prosperity, alongside a variety of dishes such as roast chicken, smoked fish, beef and lettuce. They will also enjoy staple foods and soups like eight-treasure rice pudding, snow fungus soup, and tomato egg soup, complemented by orange juice and a candy gift pack.
    The three astronauts entered the space station on Oct. 30, 2024. In nearly three months, they conducted a series of scientific experiments and technical tests, and completed tasks such as the installation of space debris protection devices on the space station during two spacewalks.
    According to the CMSA, they will carry out 86 space science research and technology experiments during the six-month stay, covering various fields including space life science, microgravity fundamental physics, space material science, space medicine and new space technologies. They will also engage in science education, public interest activities, and other payload tests.
    This is the third Spring Festival since the full completion of the Chinese space station. Nine crew members from Shenzhou-15, Shenzhou-17 and Shenzhou-19 have welcomed the New Year and the Spring Festival in space. 

    MIL OSI China News

  • MIL-OSI Russia: The third season of the school theatre festival has begun in Moscow

    Translartion. Region: Russians Fedetion –

    Source: Moscow Government – Government of Moscow –

    The third season of the Moscow Theatre Festival-Competition of School Theatres “Live Stage” has begun in the capital. More than 20 thousand students from schools and colleges of the city will take part in it. This was reported by Anastasia Rakova, Deputy Mayor of Moscow for Social Development.

    “Moscow education is not only fundamental sciences, but also comprehensive creative development. Theater workshops operate on the basis of the capital’s schools, colleges and centers of additional education, where children, under the mentorship of famous directors and actors, participate in acting master classes and master stage professions. Theater is not just art, but first and foremost a space for intellectual experimentation. It trains the flexibility of thinking, imagination, concentration. Therefore, we are pleased to open a new season of the large-scale theater project of the capital’s schools “Live Stage”. This is a serious festival, where children not only act, but can also declare themselves on the stage of Moscow theaters, create colorful scenery, and get advice from professionals. The competition is very popular among young Muscovites; over 20 thousand schoolchildren are taking part in it in the new season – 30 percent more than last year,” noted Anastasia Rakova.

    The festival is being held for the third time. As part of the project, outstanding Russian actors and directors become mentors to young Muscovites throughout the year. They help them select a repertoire, participate in rehearsals, promote the development of a creative association and prepare the children for the big stage.

    Future artists will present their productions in two traditional categories: “Dramatic Performance”, “Musical Performance” and this year’s new categories: “Theatrical Olympus” and “Historical Memory”.

    For several years, “Theatre Olympus” was a separate competition, but last year it became one of the nominations of the “Live Stage” project. Groups that organize small-scale performances – short productions with a small number of actors – can take part in it. The best will receive grant support.

    The nomination “Historical Memory” is dedicated to significant events and outstanding personalities of different eras. Participants will prepare performances based on reliable facts. The children will have to conduct research and use archival documents in organizing the production.

    Last year, 30 best productions reached the finals, which were watched by more than seven thousand spectators in April. There are several categories in the Dramatic Performance nomination. In one of them, School Melpomene, the winner was the pedagogical theater of teenagers of Academic School No. 1534 with the production Romeo and Juliet, and the Country of Buffoonery studio of School No. 1353 named after General D. F. Alekseev with the fairy tale The Little Humpbacked Horse. The first place in the Musical Performance nomination was won by the Sounds of Music musical studio of the Sinegoriya extracurricular activities center.

    In the category “Blessed Thalia”, the victory went to the children’s theater “Gallagrant” of the children’s creativity center “Sviblovo”. In second place was the theater “Ostrov trekuri” of school No. 45 named after L.I. Milgram, in third place was the puppet theater studio “Prevrashchenie” of school No. 1249. Separately, the jury awarded special prizes for the achievements of the participants, including a careful attitude to family values, a bright debut, the power of artistic words, the most daring idea and an original adaptation of a work. The productions were presented on the stages of the Boris Shchukin Theater Institute, the Children’s Musical Theater of the Young Actor, the Moscow New Drama Theater, the Palace on the Yauza and the Shchukino Culture and Art Center.

    The organizer of the competition-festival is the Moscow Center for Educational Practices of the capital Department of Education and ScienceLast academic year, over 15,000 schoolchildren and college students from more than 500 children’s and youth theaters took part in the festival.

    You can find out more about additional education in the capital in Telegram channels “Moscow education” And “Moscow Center for Educational Practices”.

    Please note: This information is raw content directly from the source of the information. It is exactly what the source states and does not reflect the position of MIL-OSI or its clients.

    Please Note; This Information is Raw Content Directly from the Information Source. It is access to What the Source Is Stating and Does Not Reflect

    https: //vv.mos.ru/nevs/ite/149401073/

    MIL OSI Russia News

  • MIL-OSI Russia: Triage system, digital X-ray and 11 operating rooms: how the flagship center of City Clinical Hospital No. 1 named after N.I. Pirogov is organized

    Translartion. Region: Russians Fedetion –

    Source: Moscow Government – Government of Moscow –

    The triage system, modern equipment, the principle of a digital clinic and 11 multidisciplinary operating rooms – doctors flagship center of the City Clinical Hospital (CCH) No. 1 named after N.I. Pirogov provide emergency and planned care to patients with a wide range of illnesses. During the first month of operation, the medical facility received almost six thousand people, its specialists performed hundreds of high-tech operations and thousands of diagnostic studies.

    How the new flagship is designed and equipped, what are the advantages of the “doctor to patient” principle, how advanced equipment helps save lives, and how much the Moscow healthcare system has improved thanks to the opening of the fifth emergency care center – in a report by mos.ru.

    Diagnostics and treatment in one place

    Flagship center of City Clinical Hospital No. 1 named after N.I. Pirogov opened December 20, 2024 on Leninsky Prospekt (building 10, block 7). The seven-story building is located on the territory of the First City Hospital, one of the oldest and largest clinics in the capital.

    One of the 27 buildings of the medical facility was completely reconstructed over the course of three years to become the new flagship; it is easy to find by the signs and the blue sign with the logo of the capital city. Department of Health— the letter M enclosed in a heart. Heated overground walkways connect the building with neighboring buildings.

    The center’s patients undergo a full diagnosis and, if necessary, undergo surgery, followed by recovery in intensive care and hospital treatment, as indicated.

    “Our flagship center represents almost all medical specialties: surgery, traumatology, ophthalmology, otolaryngology, gynecology, urology and others. The staff consists of 350 people, including academicians and doctors of science. To equip the center, we purchased about 2.8 thousand units of medical equipment and furniture, including an angiographic system, a magnetic resonance imaging scanner, a whole-body X-ray computed tomography system and a mobile C-arm X-ray machine. After providing the necessary assistance, patients are either discharged for outpatient observation or sent to inpatient departments for further treatment,” says Daria Tuul, head of the emergency medical care center of City Clinical Hospital No. 1 named after N.I. Pirogov.

    Red Stream for Emergency Patients

    The flagship center of City Clinical Hospital No. 1 named after N.I. Pirogov meets modern medical standards. In the lobby and emergency department there are soft chairs and sofas, boxes for patients’ personal belongings, water coolers and coffee machines, snow-white calla lilies bloom in wooden tubs. Navigation stripes are applied to the floor – red, yellow and green, showing the directions of the corresponding flows, on the walls – illuminated signs and large screens for educational videos. The doors open at the touch of a button.

    To the right of the main entrance is the emergency medical care department, where patients are brought by ambulances. In a spacious heated vestibule, patients are transferred to gurneys. Red category patients who require urgent care are taken to the anti-shock room, where a team of resuscitators is already waiting for them, or to the operating room.

    Such patients are immediately connected to monitors that track temperature, blood pressure, heart rate, lung saturation and other vital signs. Among the modern equipment that the anti-shock room is equipped with are artificial lung ventilation and ultrasound devices, an indirect heart massage system, an anesthesia and respiratory apparatus and an electric cardiac pacemaker.

    “While the ambulance is transporting the patient, the doctors collect the anamnesis and transmit the information to us online, that is, we already understand with what preliminary diagnosis and in what condition the person will be admitted, whether he has chronic diseases, where he was taken from and how long it took. All this information is displayed on the screens in the anti-shock room and the admissions department. According to the regulations, red stream patients should receive assistance in the first minutes after admission,” explains Roman Emelin, an anesthesiologist-resuscitator at the flagship center of City Clinical Hospital No. 1 named after N.I. Pirogov.

    Sobyanin spoke about the new standard of emergency medical care in flagship centersSobyanin: Healthcare system undergoing its largest modernizationMoscow approves algorithm for treating female infertility

    Operating rooms with telemedicine

    The “heart” of the flagship center is a multidisciplinary operating block located on two floors. For the first time, City Clinical Hospital No. 1 named after N.I. Pirogov has an integrated digital operating room with automated data transfer, visualization and intelligent control. Sensors and high-resolution video cameras allow you to observe the surgical process in great detail on large screens and broadcast it to anywhere in the world, consulting with experts and training colleagues from Moscow and other regions.

    The hybrid operating room allows for simultaneous surgical interventions for various pathologies. Thanks to sophisticated angiographic equipment, doctors can penetrate the finest vessels and simultaneously perform operations on the head, chest, abdomen or limbs without moving patients.

    “In addition to the digital operating room with telemedicine and hybrid, we have nine multi-profile operating rooms equipped with the most modern equipment. Anesthesia and respiratory devices, defibrillators, endoscopic video stands, surgical microscopes, portable scanners, artificial blood circulation devices, X-ray arc and other advanced equipment allow us to perform any surgical interventions,” explains Vadim Konstantinov, a resuscitation specialist and anesthesiologist at the flagship center of City Clinical Hospital No. 1 named after N.I. Pirogov.

    After the operation, patients are transferred to the intensive care unit on the second floor. There are 11 beds, including two single boxes. Patients are under constant medical supervision for 24 hours. Each bed, which is separated by thick screens, has a syringe dispenser, an artificial lung ventilation device, a vital signs monitor, and for greater comfort, heated blankets powered by the electrical network are provided. The department is equipped with defibrillators, electrocardiographs, portable ultrasound machines, and pneumatic mail. Radiologists and endoscopists visit patients, so they leave the ward only to have a CT or MRI scan. After stabilization, patients are transferred to other hospital departments, where they stay until discharge.

    New clinics, artificial intelligence and digitalization: how Moscow healthcare developed in 2024Scientific projects of Moscow medical organizations will receive grant support — SobyaninFirst flagship: how the center of the V.V. Veresaev hospital accepts its first patients

    Bracelets with clips

    The distribution of incoming patients is done using a digital triage system. At two medical stations, their temperature, blood pressure, and pulse are measured, and after a brief anamnesis, they are distributed into yellow and green streams. Each patient receives a bracelet of the corresponding color, and if necessary, clips. Red indicates a risk of falling, yellow indicates the presence of chronic diseases such as diabetes, and turquoise indicates an allergy to medications or food.

    “The red line takes patients to the anti-shock ward, and the yellow and green lines take them to the examination rooms, which are located on the first floor. There are seven of them, each with a surgeon, traumatologist, neurosurgeon, ophthalmologist, neurologist, otolaryngologist, maxillofacial surgeon, urologist and gynecologist. The center has all the latest diagnostic equipment: a CT scanner, digital X-ray, expert-class ultrasound machines, vital function monitors,” says Marat Magomedov, deputy chief physician for emergency care at the flagship center of City Clinical Hospital No. 1 named after N.I. Pirogov.

    In addition to the six-bed examination and shock wards, the first floor houses a diagnostic ward, an isolation ward for infectious patients, and five multi-profile operating rooms for emergency interventions, including hybrid and digital ones. The second floor is occupied by six operating rooms for scheduled patients, as well as an intensive care unit with 11 beds. The hospital’s inpatient departments are located from the third to the sixth floors: neurosurgery, two traumatology departments, and cardiovascular surgery. The seventh floor houses a diagnostic complex. The minus first and minus second floors are allocated for technical premises.

    The center provides care on a doctor-to-patient basis. After a quick check-in at the emergency department, further examinations and procedures, except for CT and MRI, are performed at the patient’s bedside. And digitalization provides specialists with online access to patients’ medical records using tablets.

    The doctors are assisted in their work by employees of the capital’s government service centers. They perform administrative functions and also create a comfortable environment for patients and their accompanying relatives.

    Construction of a new clinic in Kommunarka is planned to be completed in 2025Sobyanin spoke about the first year of work of the new centers of the Botkin HospitalTesting, examination stations and interview. How to get the status of “Moscow doctor”From the triage system to the “space” operating room: how the flagship center of the O.M. Filatov Hospital No. 15 is organized

    Please note: This information is raw content directly from the source of the information. It is exactly what the source states and does not reflect the position of MIL-OSI or its clients.

    Please Note; This Information is Raw Content Directly from the Information Source. It is access to What the Source Is Stating and Does Not Reflect

    https: //vv.mos.ru/nevs/ite/149388073/

    MIL OSI Russia News