Category: Science

  • MIL-OSI United Kingdom: Kids Invent Stuff and Taskmaster Education competition

    Source: United Kingdom – Executive Government & Departments

    The Intellectual Property Office partners with Kids Invent Stuff and Taskmaster Education to launch nationwide competition for young innovators.

    • the Intellectual Property Office (IPO) is supporting Taskmaster Education and Kids Invent Stuff to launch a new invention competition for UK children aged 4 to 11 nationwide
    • the competition aims to encourage innovation and creativity, develop problem-solving skills, and promote understanding of idea ownership among young people
    • the challenge is to create an invention to help Little Alex Horne be the best Taskmaster’s Assistant. The winning entry will be built by Kids Invent Stuff and tested by Little Alex Horne at the Taskmaster House
    • the winning invention will be revealed during British Science Week in March 2025

    The Intellectual Property Office has joined forces with Taskmaster Education and Kids Invent Stuff to launch an exciting invention competition for children aged 4 to 11 nationwide.

    The competition challenges young minds to create an invention to help Little Alex Horne become the best Taskmaster’s Assistant ever. Children will create inventions to improve Alex’s performance as Greg Davies’ assistant on the BAFTA-winning TV show Taskmaster. The winning invention will be brought to life by Kids Invent Stuff and tested by Little Alex Horne at the Taskmaster House.

    The IPO is helping bring the competition to all corners of the UK. The competition aims to encourage creativity, develop problem-solving skills, and nurture an understanding of the ownership of ideas among the UK’s budding young inventors and creators.

    The IPO’s Chief Executive Officer (CEO) Adam Williams said:

    The IPO is delighted to be working with supporters of young innovation to inspire the next generation of UK inventors. It’s great to see a competition for young people that looks to celebrate and develop innovation skills, and I can’t wait to see the ingenious and no doubt pretty wacky and wonderful ideas it will bring.

    Young people are fantastic creators and innovators, and this nationwide competition combines entertainment, education, and innovation brilliantly. This exciting venture will encourage them to develop their skills and understanding from an early age, impressing on them the importance of IP in protecting their ideas in a challenging and fun way.

    Ruth Amos, Inventor & Director at Kids Invent Stuff said:

    We are thrilled to be working with Taskmaster Education and the IPO on this very exciting challenge. At Kids Invent Stuff, we believe that every child is an inventor, so to be able to bring to life an idea in the Taskmaster House is a dream come true. We can’t wait to see the entries and build the winning invention.

    Dr Ali Struthers, Co-Founder of Taskmaster Education said:

    We’re so excited to be partnering with the brilliant YouTube channel, Kids Invent Stuff, and the IPO in this exciting venture. Our noble quest is to make Little Alex Horne the best Taskmaster’s Assistant he can possibly be. We can’t wait to see what the kids come up with (the wackier, the better, we think) and then watch as Ruth and Shawn bring it to life. We’re sure Alex is going to have lots of fun giving the invention a whirl at the Taskmaster House.

    Little Alex Horne said:

    It’s brilliant that Taskmaster Education have teamed up with Kids Invent Stuff and the IPO to give children the chance to bring their invention ideas to life. Kids Invent Stuff and Taskmaster Education have similar goals, to make learning really fun and exciting, so we’d encourage entrants to think big and be creative. I can’t wait to road test the winning entry at the Taskmaster House (as long as I don’t get injured in the process…).

    Entries can be drawings, pictures, or videos showcasing the children’s most imaginative ideas. The competition welcomes entries from both individuals and from groups.

    The winner will see their invention brought to life by Ruth Amos and Shawn Brown, the engineering experts behind the Kids Invent Stuff YouTube channel. With an audience reaching around 70,000 subscribers, the channel is known for turning children’s creative ideas into real inventions.

    The deadline for entries is Friday, 13 December 2024. The winning invention will be revealed during British Science Week in March 2025.

    For more information and competition resources, visit Cracking Ideas.

    Notes to editors:

    • Taskmaster Education adapts the format of Channel 4’s Taskmaster to create fun and educational experiences for children and young people. In the show, the Taskmaster and his assistant Little Alex Horne challenge comedians with creative tasks. Taskmaster Education uses similar activities to develop important skills in children. These skills include problem-solving, teamwork, and critical thinking. Taskmaster Education provides a flexible and engaging way to inspire learning in classrooms and beyond
    • schools can set up their own Taskmaster Club for pupils. This allows children to try more tasks while developing important life skills. These skills include teamwork, creativity, and reasoning. The Club series that includes the Kids Invent Stuff task is called ‘Bathtub’. To find out more, visit the Taskmaster Education website
    • Kids Invent Stuff is an innovative YouTube channel that brings young people’s inventions to life. Founded by engineers Ruth and Shawn, Kids Invent Stuff offers children aged 4 to 11 the opportunity to see their creative ideas transformed into reality. To find out more visit the Kids Invent Stuff website
    • the IPO has curated a YouTube playlist showcasing the incredible inventions from past IPO and Kids Invent Stuff competitions

    The competition is open to UK residents aged 4 to 11. Competition terms and conditions apply

    How to Enter:

    1. Visit Cracking Ideas to access the competition resources.
    2. Download the competition worksheet from the competition webpage.
    3. Design your invention and give it a catchy, creative name.
    4. Describe how it works and its amazing features.
    5. Write your name and age on the worksheet
    6. Provide an adult’s full name, email address, and town/city location.
    7. Submit your entry by either:
    • emailing to hello@kidsinventstuff.co.uk

    • uploading at kidsinventstuff.com/submit-your-invention

    • posting to: FAO Ruth Amos, Kids Invent Stuff, Alison Business Centre, 39-40 Alison Crescent, Sheffield, England, S2 1AS

    Updates to this page

    Published 14 October 2024

    MIL OSI United Kingdom

  • MIL-OSI Russia: Comet C/2023 A3 (Zijinshan–ATLAS) Became Visible at Sunset

    MILES AXLE Translation. Region: Russian Federation –

    Source: Novosibirsk State University – Novosibirsk State University –

    The comet became visible at the time predicted by astronomers in the predicted geometry of the celestial vault. It is observed close to the horizon, where the Sun “sets” and disappears behind the edge of the Earth’s disk.

    Comet C/2023 A3 (Tsuchinshan–ATLAS) is a short-period comet. It received a double name because it was discovered simultaneously by two teams of observers: on February 27, 2023, at the 50-cm ATLAS survey telescope in South Africa, and on January 9, a month and a half earlier, by employees of the Chinese Tsuchinshan Asteroid Survey. Its periodicity is about 70 years.

    The presented images were taken by the staff of the Educational Astrophysical Automated Complex Faculty of Physics, NSU on Friday, October 11, in the Kolyvansky district of the Novosibirsk region, where the cloud cover was not as dense as in Novosibirsk.

    As Alfiya Nesterenko, head of the Educational Astrophysical Automated Complex of the Physics Department of NSU, notes, the bright coma and very long tail make this comet very noticeable and memorable. The distance to the Sun is currently not the closest in trajectory, and the influence of the Sun has not yet “split” the tail into ion (usually bluish-green) and gas (usually white-yellow) components. The comet is currently at its brightest. It will be visible in the Northern Hemisphere for another two to three weeks, but it will gradually rise higher above the horizon and become less bright.

    This is not the last memorable astronomical event of this autumn. Recently, on September 27, 2024, another new comet C/2024 S1 (ATLAS) was discovered.

    In the Northern Hemisphere, it will only be visible on October 28 for a few hours, in the early evening, when it gets dark. However, only the comet’s tail will be visible, without the coma.

    — You can try to see the tail during the day on October 28, looking in the direction of the Sun. But you must use black or gray filters, as during a total solar eclipse, otherwise you can get a retinal burn. The tail will start from the solar disk and cross a significant part of the sky. The speed of the comet is abnormally high, which will allow you to observe the tail of the comet, “twisted” around the Sun. This rare astronomical event can be seen on October 28, 2024, from approximately 07:00 to 15:00, culminating at 11:00 (UTC). The brightness of the comet and its tail can be several times or even tens of times greater than the brightness of the full Moon, — said Alfia Nesterenko.

    The publication was prepared based on materials provided by the head of the Educational Astrophysical Automated Complex of the Physics Department of NSU, Alfiya Nesterenko.

    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 accurate to what the source is stating and does not reflect the position of MIL-OSI or its clients.

    http://www.nsu.ru/n/media/nevs/science/comet-with-2023-az-zijingshan-atlas-became-visible-at-sunset/

    MIL OSI Russia News

  • MIL-OSI Submissions: Asia Pacific – Attraction of the ASEAN Economic Sphere: Japanese Companies Transferring Production from China to Southeast Asia – The Shared Future of Asia and Japan

    Source: Japan Connect

    An increasing number of Japanese companies operating in China are transferring their production bases to countries in the Association of Southeast Asian Nations (ASEAN). This comes as Chinese economic growth slows and concerns rise over the risks of doing business in China, where foreign residents have been arrested on vague grounds.

    Chinese real estate slump: Apartment buildings in Guizhou, China. (c) Jiji Press.
    The Chinese economy is stagnating, and this can clearly be seen in production, consumption and investments. The country’s gross domestic product (GDP) for the second quarter (April-June) of 2024 grew 4.7% year over year, which was 0.6 points lower than the first quarter (January-March). Economic data from August shows that retail business sales, an indicator of consumption trends, grew only 2.1% year over year.

    The slump in the real estate industry is a major factor behind this. The real estate market and related industries make up a fourth of China’s GDP, but investments in real estate development fell 10.2% year over year in the period between January and August 2024. During the COVID-19 pandemic, China implemented a “Zero-COVID Strategy,” which kept citizens indoors, dealt a major blow to the tourism and restaurant industries, and led to investments being concentrated in real estate. Home prices rose exponentially. In response, the Chinese government placed heavy restrictions on risky deals. This caused home prices to drop drastically, and the businesses of many major real estate developers fell into a decline. Down payments were made but buildings never got built, and as similar cases followed one after another, the consumption trend cooled among the population.

    Furthermore, the Chinese government, which places utmost importance on national security, established the Counter Espionage Law in 2014. This has resulted in many foreigners, including Japanese, being arrested for “espionage acts,” which are only vaguely defined. Starting in July 2024, new regulations have been implemented that allow authorities to inspect the contents of electronic devices of individuals and organizations for acts of espionage, raising further concerns that even regular economic activities could be scrutinized. With little hope for significant growth in the Chinese market, coupled with the risks of doing business in China, direct international investments into the country fell 29.1% year over year between January and June 2024. There are also other issues, such as the risk of high tariffs on products produced in China and exported to the USA due to the ongoing tension between the two countries, as well as rising labor costs in China.

    Against this backdrop, Japanese companies are turning their eyes to Southeast Asia for new bases of production. In January 2023, Sony transferred the manufacturing of its cameras for Japan, Europe and the USA from China to Thailand. Its factories in China now only make products to be sold domestically, allowing it to reduce dependency on the country. Kyocera also plans to transfer a part of its electric tools production in China to Vietnam in fiscal 2024. The Vietnam site will mainly manufacture products to be sold in the USA in order to avoid the tariffs placed on exports from China. According to Teikoku Databank, the number of Japanese companies operating in China decreased from 14,394 in 2012 to 13,034 in 2023. Many companies are choosing to relocate back to Japan or to Southeast Asia. This can be seen in how Southeast Asian countries now occupy three of the top five locations in terms of the number of Japanese companies’ overseas subsidiaries: No. 1 is China, followed by USA, Thailand, Singapore, and Vietnam.

    Southeast Asia is attractive in many ways for Japanese companies. Not only is it geographically close to Japan but it also offers a rich pool of human resources with technical prowess and fluency in many languages including English, which allows companies to secure a stable labor force. Many ASEAN countries also have highly transparent fiscal policies and stable currency exchange rates. Cities have established solid infrastructure such as electrical power and transportation networks, making it easier for companies to build factories there and secure supply chains, from production and distribution to sales.

    The Southeast Asian market is very appealing. The 10 ASEAN countries have a combined population of around 670 million people. It tops the population of the European Union (EU), which is around 450 million people, and is the third largest in the world after India and China. The median age is also young, and unlike many developed nations, the region has not yet been faced with the issue of an aging society with a low birthrate. The 2023 nominal GDP of the 10 ASEAN countries combined rose to around 3.81 trillion US dollars, which ranks right after the USA, China, Germany and Japan. It is forecast to overtake Japan’s GDP by 2030. Due to the effects of an aging population and low birthrate, there are concerns that Japan’s market and labor force will shrink going forward. Japanese companies will benefit greatly from operating and expanding their businesses in Southeast Asia, which has a large market, offers rich human resources and is referred to as “the world’s growth center.”

    Japan and ASEAN countries have established various cooperative partnerships in politics, foreign policy and the economy. Japan is an active participant in numerous ASEAN foreign policy and security frameworks, including the East Asia Summit (EAS), which started in Malaysia in 2005, ASEAN Regional Forum (ARF), which discusses political and security issues, and ASEAN Defence Ministers’ Meeting Plus (ADMM-Plus), the only formal meeting of defense ministers in the Asia-Pacific region. In 2020, the Regional Comprehensive Economic Partnership (RCEP) was officially signed, including Japan, China, South Korea, Australia and New Zealand in addition to ASEAN. Building an open economic sphere by providing market access and establishing economic rules is accelerating active free trade, including small and medium-sized businesses.

    While Southeast Asia is attractive to Japan, Japan must also be attractive to Southeast Asia. Southeast Asian company managers often say that decisionmaking is slow in Japanese businesses. They say this is due to a uniquely Japanese custom where multiple meetings are needed to make a single decision, and everyone has to then wait for it to be approved by the head office in Japan. Furthermore, Southeast Asians who grew up loving Japanese brands and anime are already in their 40s and 50s, while the attention of the younger generation, which is driving consumption, has been turning to South Korean and Chinese cultures as well. As such, greater efforts must be made to ensure that Southeast Asia will choose Japan as a partner.

    Last year, Japan and ASEAN celebrated their 50th anniversary of cooperative partnerships. The relationship, in fact, began as one of animosity. Japan drew the ire of Southeast Asia by exporting massive quantities of cheap synthetic rubber to ASEAN, a producer of natural rubber, and that led to holding the ASEAN-Japan forum on synthetic rubber in 1973. Friendly relations were established as Japan promised to take care not to interfere with ASEAN’s natural rubber industry. It was a perfect example of the proverb “After rain comes fair weather.” One could call 2024 the first year of the next half-century of new cooperative partnerships. Going forward, Japan’s efforts will determine how strong this partnership with ASEAN will become.

    By Akio Yaita – Journalist. Graduated from the Faculty of Letters at Keio University. After completing his doctorate at the Chinese Academy of Social Sciences, he worked as a correspondent for the Sankei Shimbun in Beijing and as Taipei bureau chief. Author or co-author of many books.

    MIL OSI – Submitted News

  • MIL-OSI USA: OpenET: Balancing Water Supply and Demand in the West

    Source: NASA

    At the end of 2022, 65 percent of the Western United States was in severe drought, the result of a two decades long mega drought in the Colorado River Basin that had captured headlines around the world. 
    However, it was flooding, not drought, that was making headlines when we began our research for this story about OpenET, a revolutionary new online platform geared towards helping farmers and water managers monitor and reduce water use in watersheds where supplies were not keeping up with demand.  
    The start of 2023 brought flooding to many counties in California, leaving 68 percent of the state with suddenly little to no drought. And caused Forrest Melton, the NASA Project Scientist for OpenET and Associate Program Manager for agriculture and water resources with the NASA Earth Action program, to pause our video interview after a tree fell down outside his Bay Area home on a rainy day in March, 2023. 
    Coming online again after calling the fire department, Melton didn’t seem all too optimistic that the wet conditions would last. “California tends to swing between the two extremes of drought and flood,” Melton said. He referenced the 2016/17 winter which had particularly high precipitation but was followed by dry conditions during the following years, before the relief brought by the heavy rains, and flooding, in early 2023. 
    According to NOAA’s National Integrated Drought Information System it will take more than one wet winter to replenish groundwater in many parts of the western United States. Groundwater levels across the California Central Valley and many parts of the Ogallala Aquifer continue to decline. The need for better water management remains essential, and yet the data necessary to support new approaches has not been broadly available. 
    Enter the OpenET project, a multi-disciplinary, collaborative effort to make satellite-based evapotranspiration (ET) data available to the public. Melton describes the project as providing invaluable and scientifically robust data at all scales, “that can be used to support day to day decision making and long range planning to try to solve some really long standing and important water management challenges in the West.”

    Evapotranspiration is the combined process of evaporation and transpiration, both of which transfer water from the land surface to the atmosphere as water vapor. Evaporation transforms water from the surface of the ground or bodies of water into water vapor, while transpiration is water vapor that is evaporated from plant tissues and escapes through the stomata, the tiny pores in plant leaves and stems. It is a process that is happening all around us almost all the time, but because water vapor is invisible to the human eye, it is very hard to measure on the ground.  

    To understand the effect evapotranspiration has on a local water cycle, picture a large decorative fountain. Typically, these fountains recycle the same water over and over. As a fountain runs, water is pumped out of the fountain heads, falls back into the fountain’s basin, and then flows back through the pipe system before starting the process all over again. We can think of the water remaining within this fountain’s local water system as non-consumptive water use. Some water, however, will be lost from the fountain’s local water system by evaporating from the pool’s surface or mist from the fountain’s spray.
    Imagine the fountain also has lily pads growing in its basin. The lily pads will use the fountain’s water to survive and grow, losing some of that water to transpiration. The total water lost is evapotranspiration, and is considered consumptive water use, because it cannot be reused by the fountain. Tracking evapotranspiration can tell you how much water is removed or “depleted” from a local water system, and how much water needs to be added back in to support plant growth and maintain a healthy balance between water supply and water use. If too much water leaves the fountain, it will stop running. If too much water is added, it will overflow.  
    These concepts can be applied more broadly to the hydrologic cycle as a whole, and evapotranspiration data can play an important part in designing and implementing sustainable water management practices to combat larger issues like drought, as well as both short and long-term reductions in water availability. Historically, ET data have been obtained from ground-based instruments and methods, such as weighing lysimeters, which weigh soil and plants to track the water volume lost by evaporation or transpiration. Another common method is called eddy covariance, which calculates the amount of water vapor transported away from the land surface by wind eddies as they move across the land surface. But both are expensive and difficult to install and maintain, and measurements are only representative of a small portion of an individual agricultural field. It is cost prohibitive to collect these measurements over larger areas. 

    The OpenET team saw the important niche left open by traditional evapotranspiration measurement methods and filled it. They built upon decades of research funded by NASA, USDA and USGS and developed a new platform that can take easily accessible and already available data from satellite programs, like Landsat, and combine it with weather data to calculate the ET for every quarter acre of land. Satellites can record information like the Earth’s surface temperature and how much of the incoming light from the sun is being reflected back out to space. OpenET is able to use physically-based mathematical models to combine the satellite and weather data and output accurate data on evapotranspiration rates and volumes. 
    This information is then made easily accessible through OpenET’s Data Explorer, a free web-based tool that allows anyone with an internet connection to access the data OpenET provides. Users begin by selecting an area of interest from a map of the western United States that provides data at the satellite resolution of a quarter-acre, and also broken down into known areas of interest and individual agricultural fields, each color coded with a heat map of evapotranspiration. Cooler colors indicate higher rates of evapotranspiration while warmer colors indicate lower rates. Users can zoom into specific areas on the map, and with just a click, a chart pops up showing the evapotranspiration trends for a given area, for the current year and the past five years. 
    The chart can show monthly ET trends, useful for understanding seasonal fluctuations, and also cumulative trends, useful for understanding year-to-year changes in evapotranspiration. “The OpenET team took a user-driven design approach from the beginning, and each element of the Data Explorer and the open data services is there because a water manager or farmer asked for it,” Melton explained. As we played around with the map, it became apparent how much work was put into developing this project. Scientists needed to improve models and assess the accuracy of data, programmers had to develop the user interface and data services, designers needed to make the interface intuitive enough to be impactful, agriculture and environmental groups needed to help validate the model’s accuracy, and users of all types needed to provide requirements and then test the product to make sure their needs were actually met. 
    The OpenET consortium includes NASA, USGS, USDA Agricultural Research Service (ARS), Environmental Defense Fund (EDF), Google Earth Engine, California State University Monterey Bay (CSUMB), Desert Research Institute (DRI), Habitat Seven, Chapman University, Cornell University, University of Nebraska-Lincoln and close to a dozen other universities and experts across the U.S. NASA Ames Research Center and CSUMB have played key roles in the scientific and technical leadership of the effort from the outset, working closely with DRI, EDF and the recently formed non-profit OpenET, Inc. In addition, over 100 partners from the water management, agriculture and conservation community provided user requirements and assisted with the design and testing of the OpenET platform and tools.
    “OpenET would not be possible without the contributions of each one of those partners,” Melton said. “Both on the implementation side and those who are translating the data from OpenET into solutions to long standing challenges.” 

    Models like those built into OpenET can be extremely useful tools for understanding patterns in ET and water use, but are only helpful if their accuracy is known. The OpenET science team recently completed the largest accuracy assessment to date for field-scale satellite-based ET data, comparing the satellite data to ground-based measurements at more than 150 sites across the U.S. Led by John Volk of the Desert Research Institute, the study was published in Nature Water earlier this year. A key finding was that across all sites, an ensemble value computed from six different ET models performed the best overall, leveraging the strengths of each individual satellite-driven model. 
    However, the study also found that some models performed best for particular crop types or regions, which is important information for water managers and farmers who need the most accurate data possible. Publishing the results as an open access study with all data and analysis made publicly available was also important to build trust in the data. While the study highlighted some limitations of the models and priorities for future research, the rigorous and reproducible accuracy assessment helps to build user confidence that they can use the data, while being aware of the expected accuracy for different applications of the data.  

    OpenET has already contributed to one significant win for farmers that affects how water use will be monitored and reported in the Sacramento-San Joaquin Delta. 
    This inland river delta covers 750,000 acres and is an important water resource in California, but one where accelerated demand combined with habitat loss and water quality issues has led to major concerns. In the Delta, large portions of the agricultural land are below sea level. Levees protect the fields and contain the river channels that supply water for irrigation. In 2023, the state began requiring farmers to maintain a water meter or measuring device on each diversion, where water is diverted from a river for irrigation. However, this measurement proved challenging and costly as there are thousands of diversions in the Delta, and the measuring equipment was inaccurate and difficult to maintain in this environment. In addition, water users also had to pay for meters at the locations where water that drained from the fields was pumped back over the levees and into the river channels.

    “Mostly, what the state was interested in was the consumptive use: how much (water) was actually removed from the supply in that region,” Melton said. “So, it’s the perfect place for using OpenET because evapotranspiration really is the majority of the consumptive use in the Delta, if not all of it.”
    After the launch of OpenET, farmers in the Delta worked with the Delta Watermaster, the California State Water Resources Control Board, the OpenET team and the Delta Measurement Consortium to develop an alternative compliance plan that used OpenET data to help streamline the water use required reporting for this complex region. Once the alternative compliance plan was approved, Forrest Melton and Will Carrara of NASA worked with the state Water Resources Control Board, the Delta Watermaster and water management agencies, and Jordan Harding of HabitatSeven to implement this solution. The Delta Alternative Compliance Plan, also known as the Delta ACP, allows farmers to use OpenET data to estimate their water usage; enabling farmers to complete their use reports in a matter of minutes. 
    “It’s the first time that satellite-based evapotranspiration data has been automatically integrated with a state-managed water reporting system,” Melton said. 
    Last year, more than 70% of farmers in the Bay-Delta region chose to use OpenET and to report their water use through the Delta ACP website, and they expect this percentage to continue to increase over time. 
    “The best part is that it is saving farmers hundreds of hours on preparing and submitting reports, avoiding millions of dollars in costs for farmers to deploy and maintain meters, and giving the state consistent and reproducible data on water use that has been reviewed and approved by the water user,” Melton said. 
    According to Delta Watermaster, Jay Ziegler, this approach has a clear benefit in the unique water flow setting of the Delta. “In reality, OpenET – and the use of publicly accessible data measuring ET is the only way to really discern consumptive use of water in the Delta on a reliable basis,” Ziegler said. “Candidly, we don’t really have a viable “plan B” in the absence of applying Open ET for water use reporting.”

    Jay ziegler
    Sacramento-San Joaquin Delta Watermaster

    As water scarcity is increasingly becoming an urgent issue all around the world, it’s easy to imagine how many countries could benefit from OpenET data. 
    OpenET’s first international partnership is led by Anderson Ruhoff, a professor in Hydrology and Remote Sensing at the Federal University of Rio Grande do Sul, Brazil, where his team developed an evapotranspiration model called geeSEBAL for Brazil’s Water Agency.
    Ruhoff learned about OpenET while he was in the US on a visiting professorship in Nebraska. He was intrigued and reached out to Melton who encouraged him to attend an upcoming conference in Reno, Nevada, where OpenET would be featured. The conference was due to start in just a few days time.
    “So I had to find a last minute ticket to Reno and I’m glad I bought it, because when I arrived there they invited me to join Open ET. It was quite a coincidence,” Ruhoff said, smiling as he remembered the spontaneous decision. “We adapted our model for the US and started to participate in their work.”
    In March, 2024, Ruhoff and OpenET launched an extension of the tool, called OpenET Brazil, with financial support from the Agência Nacional de Águas e Saneamento Básico (ANA), the Brazilian national water agency. The tool, called OpenET Brazil, will have similar goals as OpenET in the U.S., and the data collected will help improve Open ET’s accuracy overall.
    Melton feels this will be a “great test case” for both working with new environmental conditions (in Brazil there frequently is more cloud cover than in the US during key parts of the growing season) and also developing new collaborations.
    “The partnership will help us figure out how we can work with international partners to make the ET data useful,” Melton said. “The key aspect of our approach to geographic expansion is that leading scientists in each country and region, like Dr. Ruhoff, will lead the implementation, accuracy assessment, and the development of applications and partnerships for their country.”
    Brazil has one of the world’s largest sources of freshwater, the Amazon River, and yet it can still be affected by drought. This is partly due to the fact that deforestation in the Amazon Rainforest has an impact on the entire region’s water cycle. Trees draw water up from the soil and during photosynthesis they release vapor into the atmosphere. This water vapor will accumulate and form precipitation. Trees are “basically a huge water pump,” Ruhoff said, and the Amazon Rainforest is large enough that it helps to produce the rainy season. But when deforestation is allowed to happen over large areas, that mechanism is interrupted. As a result of this disruption, the dry season is predicted to intensify, becoming longer and dryer, which in turn can affect crop production in Brazil as well as the rainfall that is critical for sustaining water supplies in Brazil and other areas of South America.
    “Water doesn’t see borders. It doesn’t follow our rules,” Ruhoff said. “Deforestation in one place can affect people thousands of kilometers away.”

    Anderson Ruhoff
    Professor of Hydrology and Remote Sensing, Federal University of Rio Grande do Sul, Brazil

    Studying evapotranspiration can reveal the impacts of deforestation with even more clarity. And importantly, it’s also public information. “So not only the farmers and water managers but every citizen can check how much water is being used in their area, especially during drought. It’s democratic information in that way,” Ruhoff said. “I think it’s important to have this information openly available and to try and reach as many people as possible.”
    Melton feels there’s the potential to expand the project, if more people like Ruhoff are there to lead the way.
    “There’s huge potential, but there do need to be stakeholders that come to the table and say that this is something that they’re interested in,” Melton said. “Water is so important and at times so contentious that it’s really important the data is seen as trusted. When there is a local leader, that substantially increases the likelihood that it will be trusted, and most importantly, used to bring people together to develop solutions.”

    Even when you live in a water-scarce region like California it’s easy to take water for granted. What platforms like OpenET can do for us, however, is make water, even in its most diffuse form, more visible to everyone.
    Written by Jane Berg and Rachel Sender, co-published with the Bay Area Environmental Research Institute
    To learn more about OpenET, visit https://etdata.org/
    Program Contact:Forrest MeltonNASA Ames Research Centerforrest.s.melton@nasa.gov

    MIL OSI USA News

  • MIL-OSI Economics: Appointment of Director General for the East Africa Regional Development, Integration and Business Delivery Office, and Country Manager for Kenya Dr…

    Source: African Development Bank Group

    The African Development Bank Group is pleased to announce the appointment of Dr. Kennedy K. Mbekeani as Director General for the East Africa Regional Development, Integration and Business Delivery Office, and Country Manager for Kenya, effective from 16th October 2024.

    Dr. Kennedy K. Mbekeani, a citizen of Malawi brings over 25 years of senior level experience in development finance, project management, policy advisory services, and knowledge generation across country and regional levels. Prior to this appointment, he served as Deputy Director General for the Bank’s Southern Africa Regional Development, Integration and Business Delivery Office.

    He holds a Bachelor of Social Science (Economics and Statistics) degree from the University of Malawi, an MPhil in Monetary Economics from the University of Glasgow, and both an MA and PhD in International Economics from the University of California. He has authored numerous publications focusing on trade, regional integration, and infrastructure development in Africa.

    In his previous role as Deputy Director General for the Southern Africa Regional Development, Integration and Business Delivery Office, Dr. Mbekeani led the Bank’s business development and delivery for sovereign, non-sovereign investments and provided advisory services to South Africa, Lesotho, Botswana, Eswatini, Namibia and Mauritius. His efforts contributed to the Bank’s reputation as a trusted partner for high impact development projects in the region. He also managed relationships with key government and private sector, positioning the Bank for success.

    Dr. Mbekeani joined the Bank in 2009 as Chief Trade and Regional Integration Officer. He has held various senior roles including Lead Regional Economist at the South African Resource Centre, Officer in Charge and Acting Regional Director of the Bank’s South African Resource Centre in South Africa, and Officer in Charge of the Bank’s Ghana Country Office. When he served Country Manager for Uganda, he successfully expanded the Bank’s portfolio to over $2 billion.

    Before joining the Bank, Dr. Mbekeani worked for the United Nations Development Programme as a Trade, Debt and Globalisation Advisor for East and Southern Africa. He also served as Senior Research Fellow at the Botswana Institute for Development Policy Analysis, and Senior Economist at the National Institute for Economic Policy in South Africa.

    Commenting his appointment, Dr. Mbekeani said: “I am grateful and feel honoured by the confidence President Adesina placed in me through this appointment, as Director General for the East Africa Regional Development, Integration and Business Delivery Office and Country Manager for Kenya. I look forward to working with the President, the Board of Directors, Senior Management, our teams and stakeholders to enhance the Bank’s operational efficiency, effectiveness and drive impactful developmental outcomes across the region”.

    Commenting the appointment, the President of the African Development Bank Group, Dr. Akinwumi Adesina said: “I am delighted to appoint Dr. Kennedy Mbekeani as Director General for the East Africa Regional Development, Integration and Business Delivery Office, and Country Manager for Kenya. Kennedy brings extensive experience in managing operations, policy dialogue, coupled with astute diplomacy and well-tested ability to work effectively with countries and development partners. He had previously worked in East Africa as the Country Manager for Uganda, before being promoted to the position of Deputy Director General of the Southern Africa Regional Development, Integration and Business Delivery Office. His knowledge of the Eastern Africa region and well-proven experience in delivering robust operations for the public and private sectors will strongly benefit the work and operations of the African Development Bank Group in East Africa and all countries in the region”.

    MIL OSI Economics

  • MIL-Evening Report: The federal government has left Indigenous Treaties to the states. How are they progressing?

    Source: The Conversation (Au and NZ) – By Bartholomew Stanford, Lecturer in Political Science/Indigenous Politics (First Peoples), Griffith University

    Since the Voice to Parliament referendum last year, there has been a lack of leadership on Indigenous policy from the Australian government.

    With this absence, the states and territories now present greater opportunity for Indigenous groups in seeking rights recognition. This is the level where agreements are being made and Treaty proposed.

    It is important to take stock of the progress that is being made in agreement-making and Treaty in Australian states and territories. While this is an area of Indigenous policy that has been set aside of late, it has great potential to deliver self-determination for First Nations people.

    First Nations agreement-making in Australia

    Agreement-making is relatively new in the context of First Nations relations with the Australian state.

    The recognition of Indigenous land rights in law has enabled First Nations people and Australian governments to enter legally binding agreements across matters such as:

    • land use and access

    • Indigenous cultural heritage protection

    • co-management of land and sea

    • economic development

    • employment

    • resolving land claims.

    First Nations groups in Australia have made hundreds of these agreements with Australian governments at all levels.

    However, there is a type of agreement that these parties are entering that is advancing the cause more generally. They are called settlement agreements.

    What is a settlement agreement?

    Victoria and Western Australia have been signing settlement agreements with First Nations groups since 2010.

    These agreements are more comprehensive than other agreements, including terms that cover numerous matters like those listed above, and often include financial packages aimed at supporting First Nations governance institutions.

    In Victoria, settlement agreements are made under state legislation. So far, four First Nations groups have entered these agreements with the Victorian government.

    In Western Australia, three settlement agreements have been made between the WA government and First Nations under Commonwealth native title legislation. The largest of these, known as the Noongar Settlement, is worth $1.3 billion and has been characterised by legal scholars as “Australia’s first Treaty”.

    Victoria and WA are the only jurisdictions that have these agreements and there are two main reasons why they were successfully signed. The first is the success of First Nations groups in mobilising political power to lobby the state. The second is the willingness of governments to enter negotiations because of economic and political motivations.

    A crucial question is whether existing settlement agreements will form an important basis for developing Treaty in the states and territories.

    How is Treaty different?

    According to legal academics Harry Hobbs and George Williams, Treaty involves three elements:

    • recognition of First Nations as distinct polities

    • negotiation in good faith

    • a settlement that deals with claims and that enables Indigenous self-government.

    Treaties are different from other agreements, as they provide scope to recognise Indigenous sovereignty, enable some limited forms of autonomy, and create a framework for Indigenous/government relations.

    Australia has not signed treaties with Aboriginal and Torres Strait Islander peoples. Canada, New Zealand and the United States began signing treaties centuries ago, so why is Australia so far behind?

    There are several reasons why Indigenous treaties were never signed in Australia.

    First, Australia was colonised in different circumstances, established as a penal colony and not initially a part of European expansionism.

    In North America, numerous European powers were competing for control over the continent. The British, French, Spanish and others fought against each other and procured First Nations warriors for their military ranks through treaties.

    Trade was also a motivating factor for Treaty-making in North America. Europeans coveted the animal pelts produced by First Nations people for sale in the European fashion markets.

    Today, it is arguable that Australia stands out as uniquely opposed to Indigenous rights recognition relative to other British settler states. This idea is supported by our most recent referendum result.

    So why are Australian governments engaging in Treaty discussions now?

    What’s happening across the country?

    There is currently a combination of Indigenous political action and leverage enabled through Indigenous land rights recognition. Some governments are also beginning to see value in Indigenous Knowledge, especially with regard to environmental management.

    Treaty, however, is deeply political in Australia, and since the referendum last year it has come under increased political scrutiny and attack.

    Days after the referendum result, the Queensland Liberal National party walked back support for a state-based Treaty.

    If the LNP wins government at this month’s election (as polls are predicting), Treaty will likely be shelved.

    This move would undo the years of work the state government has undertaken as part of its Tracks to Treaty initiative.

    Victoria has made the most progress on Treaty of any Australian state or territory. This is due to the leadership of the First Peoples’ Assembly of Victoria, which has spearheaded Treaty in the state.

    A Treaty negotiation framework has been developed by the assembly and Victorian government. This will guide negotiations towards a state-wide Treaty in the near future.

    Other Australian jurisdictions have made far less progress. The referendum result seems to have stalled any momentum that existed prior.

    In the Northern Territory, there’s been no progress since the NT Treaty Commission lodged a report with government in 2022. As the newly elected Country Liberal government doesn’t support a Treaty, it won’t happen anytime soon.

    In South Australia, the First Nations Voice to Parliament is expected to lead the development of Treaty. The first election was held in March of this year, and First Nations elected members had their first meeting in June 2024.

    New South Wales recruited Treaty commissioners earlier this year. They’re now embarking on a 12-month consultation process before reporting back to government.

    Governments in Tasmania and the ACT have committed to Treaty, but haven’t made any meaningful progress yet, while WA has made no formal commitment.

    Where to from here?

    Although there are notable setbacks emerging from the referendum result, it has not discouraged First Nations from working towards agreements and Treaty with Australian governments.

    With the proliferation of native title determinations, there is grounds for agreement-making, whether that be through settlement agreements or Treaty.

    There is also growing interest in how Indigenous Knowledge can inform our responses to climate change, food security and foreign relations. Accessing this knowledge will require governments to formalise relations with First Nations through agreements.

    Bartholomew Stanford 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. The federal government has left Indigenous Treaties to the states. How are they progressing? – https://theconversation.com/the-federal-government-has-left-indigenous-treaties-to-the-states-how-are-they-progressing-240552

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI China: Museum dedicated to sci-fi writer opens

    Source: China State Council Information Office 3

    Liu Cixin, Chinese sci-fi luminary and president of the newly launched Beijing Yuanyu Science Fiction and Future Technology Research Institute, speaks at a forum during the China Science Fiction Convention (CSFC), held in Beijing, May 30, 2023. [Photo courtesy of the CSFC Organizing Committee]

    China launched its first literary museum dedicated to Liu Cixin, a renowned science fiction writer and Hugo Award winning novelist, in Yangquan, Shanxi province, on Sunday.

    While accepting the nation’s honor and unveiling the Liu Cixin Sci-fi Museum, Liu, author of the acclaimed sci-fi novel trilogy The Three-Body Problem who grew up in Yangquan, said that he hopes the museum can help the general public gain a better understanding of the sci-fi literature and develop an interest in the genre.

    Located at a cultural park, the 700-square-meter museum educates visitors about Liu’s growth, his books and awards, and cultural and creative products derived from his works. Immersive projectors also create an atmosphere mimicking interstellar voyages described in Liu’s novels.

    Born in 1963, Liu wrote novels that gained fame in the late 1990s and early 2000s, with works including The Village Teacher and The Wandering Earth.

    The first volume of The Three-Body Problem was first serialized in a magazine in 2006 and eventually won Liu the Hugo Award — the top prize in sci-fi novels — for Best Novel in 2015, making him the first Asian writer to receive the honor. The second volume was published in 2008, and the third in 2010.

    Altogether, the trilogy has sold more than 30 million copies, according to Zhao Jilong, head of The Three-Body Universe, which operates the franchise commercially. Zhao said the trilogy has been translated into 35 languages worldwide.

    Multiple adaptations of Liu’s novels have hit the screen over the years, including the English-language 3 Body Problem TV series by Netflix this year and Three-Body by Tencent and China Central Television last year. In addition, the movie The Wandering Earth in 2019, adapted from Liu’s novel, garnered nearly 4.7 billion yuan ($660 million) at the box office.

    China’s sci-fi market has also boomed following the popularity. An industry report released in April showed that the domestic market hit 113 billion yuan last year, up 29 percent year-on-year. At the 82nd World Science Fiction Convention, or Worldcon, which was held in August in Glasgow, Scotland, a record nine works by Chinese sci-fi authors were nominated for a Hugo Award.

    Despite his success, Liu said that overall, Chinese sci-fi literature is not yet prosperous and still needs development, adding that the popularity of The Three-Body Problem trilogy was somewhat “by chance”.

    He said he hopes sci-fi can bring readers more joy, so they can “touch the sky with their imagination and embrace the future”. However, fans may have to wait longer if they want to see something new from him.

    “I’ve been trying to write, but currently it’s very difficult,” Liu said. “I would only bring out a new work that is of good quality.”

    Yan Jingming, vice-president of the China Writers Association, said that the establishment of the museum is not only an homage to Liu and his works but also serves as a beacon for China’s sci-fi writers and fans.

    He said he hopes it will bring like-minded sci-fi novelists together and spark more inspiration and works.

    The launch was part of a weeklong sci-fi promotional event in Yangquan that also included a symposium on sci-fi literature and real-world productivity, where Liu shared his thoughts on potential immigration to Mars.

    “I would love to go to Mars if it were a round trip,” Liu said, explaining that a one-way journey would not suit him as he had work to do and family members to be with on Earth.

    Nevertheless, Liu said he admires Elon Musk, who has developed plans for Mars immigration.

    “He’s like a person jumping out of sci-fi novels,” Liu said. “He has turned a lot of things from books to reality.”

    MIL OSI China News

  • MIL-OSI China: 5,000-year-old king’s tomb discovered in central China

    Source: China State Council Information Office 3

    A tomb dating back approximately 5,000 years, presumed to be the grave of a prehistoric king, has been discovered at a ruins site in central China’s Henan Province, with over 350 artifacts unearthed to date.

    Located in the Wangzhuang ruins in the city of Yongcheng, the tomb covers a total area of over 17 square meters, a super large size back then.

    The Wangzhuang ruins belong to the middle and late periods of the Dawenkou Culture (4000 B.C.-2600 B.C.), a culture of the late Neolithic Age. Since 2023, experts from the Henan Provincial Institute of Cultural Heritage and Archaeology, the Beijing-based Capital Normal University and other institutions have been jointly conducting excavations at Wangzhuang.

    “The latest discovery indicates the Wangzhuang ruins are not an ordinary settlement, but rather the capital of a prehistoric kingdom,” said Zhu Guanghua, associate professor at Capital Normal University.

    The tomb, measuring between 4.52 to 4.8 meters in length and 3.47 to 3.68 meters in width, features both inner and outer coffins. It contains an abundance of burial items, including over 100 pieces of pottery, nearly 200 small jade ornaments, bone tools and animal remains such as pig mandibles symbolizing wealth.

    According to Zhu, the ancient tomb was once severely damaged. “The tomb owner’s remains were removed, and many significant artifacts were looted,” he said.

    “Most of the tomb owner’s skeletal remains within the wooden coffin are missing, with only a few toe bones left. Small jade ornaments were scattered both inside and outside the coffin, and many stone ceremonial blades were deliberately broken,” the archaeologist added.

    He noted that the findings suggest a deliberate act of tomb destruction shortly after the burial, and further research is underway to determine the reason.

    This year, 45 tombs of the Dawenkou Culture were newly discovered at the Wangzhuang ruins, with 27 of them already excavated. Some of the tombs are of higher status, yielding a wealth of artifacts, and many contain pig mandibles, said Liu Haiwang, leader of the joint archaeological team.

    More than 1,000 burial artifacts, including pottery and jade items, have been unearthed from the Wangzhuang ruins this year.

    “The exquisite pottery, stone tools and jade artifacts vividly demonstrate the division of labor and the level of productivity at that time,” said Liu. “The richness of the burial objects is closely linked to the size of the tombs, indicating that a clear social hierarchy and class stratification had already emerged.”

    What has excited archaeologists even more is that the artifacts unearthed from the latest tomb also suggest that the Wangzhuang ruins were a cultural melting pot in prehistoric times, where diverse cultures intersected and exchanged influences.

    “The ancient residents were clearly influenced by the cultures of the eastern region and the central region, as well as cultural elements from the Yangtze River basin,” said Li Xinwei, deputy director of the institute of ancient history at the Chinese Academy of Social Sciences.

    According to Zhu, customs observed at the tomb, such as the burial of water deer’s teeth and the deformed occipital bone of the deceased, align closely with those of the eastern Dawenkou Culture.

    However, excavations have also unveiled typical artifacts from contemporaneous Yangshao culture, such as small-mouthed pointed-bottom jars and small-mouthed shouldered jars, indicating a cultural interplay between the Dawenkou and Yangshao traditions in the region.

    Archaeologists highlighted the innovative spirit and artistic prowess of the ancient inhabitants of Wangzhuang, who skillfully blended various cultural influences to create a distinct group of pottery.

    “Its discoveries testify to the initial exchanges of early Chinese civilization, providing evidence for the nature of diversity of the Chinese civilization. This site offers important examples for studying the cultural fusion across different prehistoric regions,” Li said. 

    MIL OSI China News

  • MIL-OSI Security: NSA Partners with Texas-Based Hispanic Serving Institution

    Source: National Security Agency NSA

    NSA has a long history of establishing research partnerships with universities, non-profits and industry, but it reached a new milestone in 2024.

    The Office of Research and Technology Applications (ORTA) recently established a Cooperative Research and Development Agreement (CRADA) with the University of Texas Permian Basin (UTPB), making them the first Hispanic-Serving Institution to join the Advancing Research Innovating Solutions through Engagement (ARISE) CRADA.

    As part of this agreement, UTPB students and faculty will have the opportunity to work directly with NSA researchers and liaisons on unclassified mission problems. According to ORTA deputy director said Karen Presley, this new partnership is a step forward in increasing representation of diverse students into the program.

    “Diversity brings different talent, experiences, and skill sets to NSA which can lead to innovative ways of approaching problems,” Presley said. “This is a win-win for both the universities and the Agency.”

    ARISE provides collaborative research opportunities to diverse, underrepresented student populations and faculty. According to Presley, it also supports NSA’s efforts to build and sustain a diverse, expert workforce that continues to provide the Nation with competitive advantages.
    Presley first connected with Brian Shedd, who was then working for a public university, at a technology transfer event in 2017. They discussed collaborating on a CRADA, and although that specific agreement never came to fruition, Shedd and Presley kept in contact over the years.

    Fast forward to 2024, Shedd, who is now the executive director of UTPB’s Office of Innovation and Commercialization, reached out to ORTA about the opportunity for UTPB to join the ARISE program. That initial chance conversation seven years ago turned into an impactful opportunity for NSA, UTPB, and the greater southwest Texas region, Presley said.

    “It’s a testament to the idea that no interaction is too small: a brief run-in with a colleague can, years later, turn into a major collaboration,” she added.

    UTPB prides itself on being a small school that thinks large and lives locally, according to Shedd.

    “National security, cybersecurity, and infrastructure are all topics that are important to our region,” he said. “This partnership is unique for the university and provides an opportunity for students to get their hands on early stage technology.”

    According to Shedd, the university’s business and computer science programs will start by performing market and intellectual property assessments. Eventually, they will participate in research and development to address some of the Agency’s mission problems.

    “This partnership has been years in the making, and we’re excited to finally see it come to fruition,” Presley said. “I really can’t wait to see what the students at UTPB are able to achieve through this CRADA.”


    NSA ORTA establishes partnerships with industry, academia, and other government agencies to help accelerate mission goals, advance science, foster innovation, and promote technology commercialization. Click here to learn more!

    MIL Security OSI

  • MIL-OSI Security: STEM Fest: Engineering Ideas Into Reality

    Source: National Security Agency NSA

    Join the National Cryptologic Museum for the 10th Annual STEM Fest! Explore a world of discovery where science, technology, engineering and math come together!

    Get ready for hands-on exhibits, exciting activities and industry experts that will help spark curiosity and creativity!

    The NCM is partnering with the Maryland STEM Festival for the 10th consecutive year. It’s a chance to explore the latest innovations in the STEM fields and have a family fun adventure! STEM Fest is free and open to the public.

    When: November 9,, 2024 10am-4pm
    Where: National Cryptologic Museum
    8290 Colony Seven Rd, Annapolis Junction, MD 20701
     

    MIL Security OSI

  • MIL-OSI Security: Robots on the Plains: NSA Helps Native Students Engage in Cybersecurity Learning

    Source: National Security Agency NSA

    Last month, National Security Agency (NSA) affiliates traveled to North Dakota’s Turtle Mountain Indian Reservation to teach Native high school students about programming, cybersecurity, and robotics.

    Dr. Adam Tagert from Research and Dr. Nathan BrownEagle from Cybersecurity attended NSA Day, the final day of the Sandia National Laboratory-sponsored camp at Turtle Mountain Community College (TMCC)—a private tribal land-grant community college founded by the Turtle Mountain Band of Chippewa Indians in 1972.

    NSA’s diverse workforce, cybersecurity mission, and history of bringing the robots to Indian Country attracted the attention of the National Nuclear Security Administration and Sandia National Labs. Sandia then extended the invitation to NSA’s American Indian Alaska Native Employee Resource Group (AIAN ERG) to participate in the event with Tribal community colleges and universities.

    NSA Day at the camp was included for students interested in future STEM or cybersecurity careers. TMCC has a strong focus in cybersecurity and is working towards accrediting a Bachelor of Science in Cybersecurity to add to their Associate of Applied Science program.

    The first assignment of NSA Day at the camp was to program a set of robots to play soccer.

    “It was inspiring to see students take a difficult challenge and the excitement that followed when they saw the robots move based on their commands and programming,” Tagert said, explaining that is the benefit of robotics. “It’s the ability to see the effect on the real world compared to changing something on a monitor.”

    After a few soccer matches, where the students had the robots push a neon green foam ball into the goal, the NSA team performed a cyberattack on the robots to show that without cybersecurity, simple attacks, like a denial of service (DoS) can make cyber devices uncontrollable. A DoS is an event in which an attacker sends more information than the recipient can handle, which causes delays or missed commands.

    The students then experimented by attacking each other’s robots and defending themselves with a mitigation that caused the robot to stop listening to commands over a set threshold. The students took to the final activity eagerly, which was more programming intensive than the soccer game and cybersecurity component.

    This camp has appealed to Native youth in the past, even successfully attracting Native interns to Sandia National Labs over the past two summers.

    “Hopefully, these students will be interested in applying for Stokes or other programs,” BrownEagle said. “Our opportunity to present just shows the impact of NSA reaching out to a broader demographic of STEM fair participants.”

    BrownEagle added that a shortened version of the activity has also been presented at various national STEM conferences over the years.

    “I’m grateful that Sandia recognized the value of Adam’s curriculum and invited us to bolster the region’s cybersecurity education for these Native students,” BrownEagle said.

    MIL Security OSI

  • MIL-OSI Security: NSA and Universities Partnering to Advance Cybersecurity Research

    Source: National Security Agency NSA

    NSA Research invited leading university research institutions across the country to the National Cryptologic Museum for a day-long event to tackle the ongoing challenge of securing critical cyber systems.
     
    The Laboratory for Advanced Cybersecurity Research sponsored the Science of Security (SoS) Virtual Institute (VI) kick-off meeting earlier this year. It was aimed at advancing foundational research in three key areas: Trusted Systems, Artificial Intelligence and Cybersecurity, and Defensive Mechanisms.
     
    These three VIs facilitate collaboration of industry and academic communities with NSA research liaisons, and align with the Research Directorate’s mission to anticipate technological advances, prevent disruptive technology surprise, and partner to transition research into operational outcomes, according to Dr. Rita Bush, chief of the Laboratory for Advanced Cybersecurity Research.
     
    Bush provided opening remarks and expressed her admiration of the SoS partnerships with academia.
     
    “I am truly honored to welcome the university researchers to our latest version of the Science of Security program. SoS has a long history of sponsoring innovative unclassified research at great universities,” Bush said. “I’m so pleased that we’ve been able to continue this program, and introduce a new generation of students to the kinds of cybersecurity challenges that we face in protecting National Security Systems.”
     
    In 2012, the Research Directorate began funding academic “lablets” focused on the development of a broad, self-sustaining community effort to advance the science of security. The lablets were small multi-disciplinary labs at universities across the country that perform cybersecurity, to underpin advances in cyber defense.
     
    “Building these relationships is so important because the foundational research and results of the projects will help drive improvements in cybersecurity,” SoS Program Manager Shavon D. said. “The students at these institutions are working on hard research problems that align with our Agency’s strategic goals and with the interests of the Government as a whole.”
     
    This year, lablets were replaced by VIs, a new model that will continue in the spirit of foundational research they established while also allowing projects to be added or retired as the knowledge in various topic areas advances.
     
    Research advancements from each VI will be extensively documented and widely distributed through the SoS Virtual Organization (SoS VO), an online unclassified repository for SoS community awareness, directed toward the maturing of the scientific basis for security.
     
    This year, the SoS team hosted principal investigators (school representatives) from Arizona State University, the International Computer Science Institute, University of Kansas, Ohio State University, Towson University, and Vanderbilt University. Their presentations addressed wide-ranging technical topics from the VIs including “Improving Safety and Security of Neural Networks” (AI and Cybersecurity), “Advancing Security and Privacy of Bluetooth IoT” (Trusted Systems), and “Neurosymbolic Autonomous Agents for Cyber-Defense” (Defensive Mechanisms.) There are currently 11 funded VI projects this year, including projects with Carnegie Mellon University, which was awarded a contract after the kickoff meeting.
     
    “Our research universities are a national treasure, and I want you to be aware of the impact of your work and the work of Science of Security,” said Dr. Glenn L., Acting Technical Director, Laboratory for Cybersecurity Research, during his closing remarks.
     
    Glenn shared how one of the sections in the White House’s Office of Science, Technology, and Policy 4-year Cybersecurity R&D Strategy was influenced by a Science of Security project out-brief. “Your work can have outsized impact; impact in ways that we didn’t initially imagine, informing a broad range of cybersecurity research.”
     
    For more information about the SoS initiative and to view this year’s SoS-VI projects, please visit http://www.sos-vo.org/research#lablets.


    Interested in learning more about joining NSA’s mission? Visit NSA.gov/Careers for more information. 
     

    MIL Security OSI

  • MIL-Evening Report: Does drinking coffee while pregnant cause ADHD? Our study shows there’s no strong link

    Source: The Conversation (Au and NZ) – By Gunn-Helen Moen, Post-doctoral research fellow in genetic epidemiology, The University of Queensland

    Velishchuk/Shutterstock

    International guidelines recommend people limit how much coffee they drink during pregnancy. Consuming caffeine – a stimulant – while pregnant has been linked to how the baby’s brain develops.

    Some studies have shown increased coffee consumption during pregnancy is associated with the child having neurodevelopmental difficulties. These may include traits linked to attention-deficit hyperactivity disorder (ADHD), such as difficulties with language, motor skills, attention, hyperactivity and impulsive behaviour.

    But is coffee the cause? Our new research aimed to clear up the sometimes confusing advice about drinking coffee during pregnancy.

    We studied tens of thousands of pregnant women over two decades. The results showed – when other factors like genes and income were accounted for – no causal link between drinking coffee during pregnancy and a child’s neurodevelopmental difficulties. That means it’s safe to keep drinking your daily latte according to current recommendations.

    What we were trying to find out

    Past research has identified a link between drinking coffee during pregnancy and a child’s neurodevelopmental difficulties. But it hasn’t been able to establish caffeine as the direct cause.

    Biological changes during pregnancy reduce caffeine metabolism. This means the caffeine molecules and metabolites (the molecules produced while breaking down the caffeine) take longer to be cleared from the body.

    Additionally, past studies have shown caffeine and its by-products can cross the placenta. The fetus does not have the necessary enzymes to clear them, and so it was thought that caffeine metabolites may impact the developing baby.

    However it can be hard to identify whether coffee directly causes changes to the fetus’s brain development. Pregnant women who drink coffee may differ from those who don’t in a number of other ways. And it could be these variables – not coffee – that affect neurodevelopment.

    These variables, known as “confounding factors” might include how much people drink or smoke while pregnant, or a parent’s income and education. For example, we know people who tend to drink coffee also tend to drink more alcohol and smoke more cigarettes than those who don’t drink coffee.

    Our study aimed to look at the effect of drinking coffee on neurodevelopmental difficulties, isolated from these confounding factors.

    What we did

    We know genes play a role in how many cups of coffee a person consumes per day. Our study used genetics to compare the development of children whose mothers did and did not carry genes linked to increased coffee consumption.

    The study looked at tens of thousands of families registered in the Norwegian Mother, Father and Child Cohort Study. All pregnant women in Norway between 1999 and 2008 were invited to participate and 58,694 women took part with their child.

    Parents reported how much coffee they drank before and during pregnancy. Mothers also completed questionnaires about their child’s neurodevelopmental traits between six months and eight years of age.

    The questions covered many traits, including difficulties with attention, communication, behavioural flexibility, regulation of activity and impulses, as well as motor and language skills.

    The parents and children also provided genetic samples. This allowed us to control for genetic variants shared between mother and child and isolate the behaviour of coffee drinking.

    The study used reports from mothers about their child’s neurodevelopmental traits over more than seven years.
    Ann in the uk/Shutterstock

    What we found

    We were able to look at causality through this method of adjusting for potential confounding factors in the environment (the mother smoking or drinking alcohol, the parents’ education and income).

    The results showed no strong causal link between increased maternal coffee consumption and children’s neurodevelopmental difficulties.

    The difference in findings between our and previous studies may be explained by our work separating the effect of coffee from the effect of other variables, as well as genetic predisposition to neurodevelopmental conditions.

    Our study has limitations. Importantly, we were only able to rule out strong effects of coffee on neurodevelopmental difficulties, and it is possible small effects may exist.

    We only investigated offspring neurodevelopmental traits, and coffee consumption during pregnancy could impact the mother or child in other ways.

    However we have previously shown coffee consumption during pregnancy did not have strong causal effects on birth weight, gestational duration, risk of miscarriage or stillbirth. But other outcomes – such as mental health or a child’s risk for heart disease and stroke later in life – should be investigated.

    Overall, our study supports current clinical guidelines that state low to moderate consumption of coffee during pregnancy is safe for the mother and developing baby.

    For most people, that means sticking below 200mg of caffeine per day – usually equivalent to one espresso or two instant coffees – should be safe. If you have concerns, it’s best to speak to your clinician.

    Gunn-Helen Moen receives funding from the Australian Research Council and the Research Council of Norway.

    Shannon D’Urso 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. Does drinking coffee while pregnant cause ADHD? Our study shows there’s no strong link – https://theconversation.com/does-drinking-coffee-while-pregnant-cause-adhd-our-study-shows-theres-no-strong-link-241015

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI Security: NSA Awards Authors of Study of Automated Attacks on New Webservers

    Source: National Security Agency NSA

    The National Security Agency (NSA) Research Directorate recently selected “Uninvited Guests: Analyzing the Identity and Behavior of Certificate Transparency Bots,” as the winner of its 11th Annual Best Scientific Cybersecurity Paper Competition.

    The winning paper, authored by Stony Brook University researchers Brian Kondracki, Johnny So, and professor Nick Nikiforakis, examined a study of automated attacks on new webservers, and explored how a web browser can trust an organization’s publicly issued cryptographic credentials. At the heart of their investigation was a simple question: What happens when you setup a new encrypted website?

    “This paper was selected as the winner because the researchers performed high-level, clearly written, and impactful science,” said NSA’s Director of Research, Gil Herrera. “It is the cutting-edge and relatable research that has made the paper stand out as the winner of this year’s competition.”

    NSA’s Laboratory for Advanced Cybersecurity Research established the annual Best Cybersecurity Paper Competition in 2013 to encourage the development of scientific foundations in cybersecurity, and to support the enhancement of cybersecurity within devices, computers, and systems through rigorous research, solid scientific methodology, documentation, and publishing. Herrera, along with NSA cybersecurity experts and external authorities in the field, selected the winning paper from 30 studies nominated by the public on the Science of Security website.

    The winning researchers studied autonomous systems which probe newly instantiated encrypted websites. They identified 105 malicious security bots attempting to perform nefarious actions such as data exfiltration, reconnaissance, and vulnerability exploitation. They also identified security systems examining sites to identify new phishing attacks. These profiles provide new insights into these autonomous actions happening on the Internet. This data can be used by both system administrators and developers to protect systems from compromise.

    The research team collected this data by creating the Certificate Transparency Honeypot (CTPOT), a system that obtains new certificates and monitors web bots for potential targets. CTPOT allows researchers to trick web bots, isolate them, and identify if they are malicious.

    “Beyond the technical merit of this paper, this paper is noteworthy because the high quality of documentation allows for others to verify and build upon this research advancement,” said Adam Tagert, Technical Director of NSA’s Science of Security Initiative. “Clear and available documentation are key components for advancing science, a primary goal of the NSA Science of Security Program”

    Nominations are now open for the 12th annual Best Scientific Cybersecurity Paper Competition. NSA welcomes nominations of papers published in 2023 in peer-reviewed journals and technical conferences that show an outstanding contribution to cybersecurity science. Winners will be announced at the end of 2024.

    Visit the Best Scientific Cybersecurity Paper webpage for more information on the competition and to nominate a paper.
     

    MIL Security OSI

  • MIL-OSI New Zealand: Speech to the Institute of Finance Professionals NZ, 2024 Conference

    Source: New Zealand Government

    Kia ora koutou

    Greetings from Wellington. I am sorry I can’t be with you in person today, but I’m delighted that I can talk to you virtually. 

    I’d like to begin by acknowledging your chair Bill Goodwin and members of your board.

    I’d also like to acknowledge the fitness of your conference theme: “Adaptability – highlighting the imperative for both corporate and government investment to be more considered and impactful in light of the financial constraints on governments and the increased costs of capital.”

    That’s quite a mouthful. But, as a finance minister who inherited a structural deficit and a challenging set of circumstances, both domestically and internationally, those are themes dear to my heart. 

    New Zealand, like other countries, has faced significant economic challenges in recent years.  Many businesses and households are doing it tough. High inflation has increased household costs and squeezed business margins.

    However, the two most recent ANZ Business Outlook surveys and the New Zealand Herald’s Mood of the Board room survey suggest you and your colleagues in the business world are increasingly positive about the outlook for the future. 

    The green shoots of business confidence are re-emerging.

    I share your optimism. 

    We’ll get the latest update on inflation tomorrow when Stats NZ releases the September quarter inflation data, but all the indications are that inflation is tracking back down to the Reserve Bank’s target range of 1 to 3 per cent. 

    Certainly, that’s the Reserve Bank’s view. It’s decision last week to drop the Official Cash rate by 50 basis points was a welcome fillip for businesses and households. 

    It followed the 25-basis point drop in August.

    Lower interest rates mean families get to keep more of their money and they increase the opportunities for businesses to invest, innovate and expand.

    How people are impacted by interest rate reductions will depend on the terms of their mortgages – whether they are floating or fixed and, if fixed, for what length of time and at what rates.  

    The good news is that right now roughly half of New Zealand’s mortgage lending is either fixed or floating for a period of six months or fewer. 

    That means the impact of a lower official cash rate will flow through to households much faster than might typically be the case. And the impact will be significant.

    To give one example, a family with a 25-year, $500,000 mortgage could expect to be just over $100 a fortnight better off if its rate dropped from 7 to 6.25 per cent.

    Add that to the tax relief that took effect on 31 July and the FamilyBoost childcare payments that many households are now receiving, and we can confidently say that large numbers of families are now significantly better off than they were a year ago.

    Budget 2024 was another important step in the right direction. It put the Government’s books on a credible path back to fiscal sustainability. 

    The Crown accounts are forecast to return to surplus in 2028 and net core Crown debt is forecast to start trending down as a percentage of gross domestic product the same year. 

    This does not mean that our financial and economic challenges have magically evaporated. It also does not mean that we can pat ourselves on the back and relax the focus that we have re-introduced on fiscal discipline.  

    Fiscal discipline is not a one-off, one-Budget affair. It is an ongoing state of mind. 

    It’s not easily achieved, but it is fundamental to our prospects.

    There is no time in recorded history in which a country has enjoyed a continuous period of economic prosperity without a stable macroeconomic environment. 

    What does that mean in practice? It means low inflation, a balance between government expenditure and revenue and a balance between domestic demand and exports. 

    In other words, governments cannot live beyond their means for sustained periods of time without damaging the future prospects of their citizens.

    Our Government doesn’t just think about constraining future government expenditure. We are equally intent on driving more value from the significant investment the Government already makes across the economy. 

    That means delivering more effective management of the considerable assets we own and making better choices about where and how we use taxpayers’ money.

    For me, the ultimate purpose of strengthening the economy and improving the state of the books is not to change the colour of the ink in those books. It is to improve outcomes for people. 

    As we look ahead, the Government is squarely focused on improving the growth prospects of the New Zealand economy.  

    Growing our economy faster requires us to improve the attractiveness of New Zealand as a launch place for business and exporting, it means attracting and retaining people who choose this as the country where they want to develop and deploy their talents, to start new businesses, to expand existing ones, to invest and drive innovation.   

    It’s a competitive world, and so New Zealand needs to constantly improve our proposition to the world. 

    As we look to the future and consider a globe grappling with challenges to climate, peace and stability, our country’s fundamentals are excellent.  

    In an unstable, hungry world, we are a peaceful, food-producing country blessed with secure borders, strong institutions, a strong sense of community, well-established trade relationships, a reputation for producing innovative and enterprising people, and abundant natural resources.

    Even so, our country has not been making the most of these advantages. 

    We still have much to do to develop our human capital, to make this a more attractive place to invest, to boost our trade with the world, to encourage innovation and harness new technologies, to ensure we have a foundation of world-class infrastructure, and to reduce the regulatory and bureaucratic static that can hamper the deployment of good ideas.

    The Government’s reform agenda is about realising the untapped potential we see in so many dimensions of New Zealand life.    

    We know that to be successful in driving growth we need you and your colleagues in the business community on board.  

    The previous government distrusted private capital and discounted the value of private sector innovation. 

    This Government’s attitude is different. 

    We recognise that you have a critical role to play in innovating, investing and developing markets. Our role as government is to create the framework that encourages the business sector to invest, innovate, employ and take risks.  

    Accordingly, our growth agenda focuses on five key areas. 

    They are not just about the next few years, but about the next few decades. 

    First, we have to start with our people – human capital. 

    We as New Zealanders have a deserved reputation for innovating, rolling up our sleeves and getting on with things. And we still score relatively well in international education tests, but not as well as we used to. 

    That is why Education Minister Erica Stanford is refocusing the education system on the core skills that make the most difference to kids’ prospects – reading, writing and mathematics. 

    She is doing so not just to improve the economic outlook but because lifting educational achievement is the best thing we can do to address social inequality. Education has the power to transform lives.

    Making better use of our human capital also requires us to deliver more effective interventions for those citizens who may be left behind – individuals, families and communities whose lives are disrupted by difficult childhoods, educational under-achievement, unemployment, violence, crime; people whose innate human potential goes unfulfilled.  

    This is where our work in social investment comes in. Our Government wants to better harness the considerable resources New Zealand already invests in well-intended interventions for New Zealanders in need. 

    We want to devolve more power to the non-government organisations and iwi who often know better how to deliver for the needs of their community, and who are eager to act on data and evidence about what works for who.

    Our social investment agency is now up and running, is developing prototype social investment contracts, designing a social investment fund and working across Government to take a more rigorous approach to the social investments we make. 

    Second of the themes in our reform agenda is trade and investment. 

    Congratulations to Trade Minister Todd McClay for last month concluding the negotiations for New Zealand’s fastest-ever free trade agreement with the United Arab Emirates. 

    The negotiations, which will save New Zealand exporters millions of dollars, took just four months. 

    There will be more agreements to come. 

    And we are looking not just at growing our exports, but, equally importantly, at improving capital flows into New Zealand. 

    The Organisation for Economic Cooperation and Development (the OECD) has identified our foreign investment regime as one of the most restrictive in the developed world. 

    As a result, our stock of foreign direct investment is equivalent to about 40 per cent of GDP which compares to the OECD average of about 50 per cent. 

    This low level of investment not only reduces our opportunities to grow, it also slows our access to frontier technologies like artificial intelligence which are changing the way our competitors and trading partners operate. 

    Foreign direct investment is recognised as a key vector for the transfer of cutting-edge technology.  

    We’ve taken initial steps to address this imbalance. Earlier this year Associate Finance Minister David Seymour directed the Overseas Investment Office to administer the overseas investment regime in a way that:

    • minimised compliance costs; 
    • imposed a burden no broader than necessary; and
    • expedited application processes. 

    As a result, every consent application received and processed after his directive came into effect on 6 June has been decided in under half of the statutory timeframe.

    You can expect to hear more from us on this. 

    The Government will make a new round of significant reforms to the Overseas Investment Act next year. We want to put out the welcome mat to investors who want to help grow this country.  

    Third, science and innovation. 

    New Zealand has a proud history of scientific innovation and putting those innovations to good use. 

    In the 1880s the foundations of the New Zealand meat and dairy products industries were laid by the entrepreneurs who took advantage of developments in refrigeration technology to successfully ship frozen meat and dairy products to Britain for the first time. 

    More recently, Sir Peter Jackson, Dame Fran Walsh and Sir Richard Taylor have made Wellington the global centre of film special effects, Sir Peter Beck’s Rocket Lab is leading the world in the development of small, low-cost rockets and the development of a disease resistant strain of golden kiwifruit by scientists at Plant and Food Research has turbo-charged the kiwifruit industry. 

    I could go on – Ernest Rutherford, the Hamilton jetboat, bungy jumping… you get the picture. We need more of this sort of innovation. 

    The Government is doing its part.

    Judith Collins as Science, Innovation and Technology Minister, has announced the outdated, effective ban on gene technology will be scrapped by the end of next year. 

    Doing so will enable researchers and companies to further develop and commercialise their innovative products, improve health outcomes and help New Zealand to adapt to climate change. Ending the ban has the potential to deliver massive economic benefits to New Zealand.

    Judith is overseeing a shake-up of the state science system to better focus it on our economic needs and commercial opportunities.  

    And she is championing efforts to increase the uptake of artificial intelligence by New Zealand businesses as well as efforts to make it easier for businesses and people wanting to interact with government agencies to access government information and support by using AI. 

    Wearing another of his hats, Todd McClay announced earlier this year as agriculture minister that the Government was partnering with the a2 Milk Company, ANZ and ASB to put another $18 million into AgriZero, the joint venture established to boost New Zealand’s efforts to reduce agricultural emissions. 

    The injection took total funding for AgriZero to $183 million over its first four years, half of which is coming from the Crown. This public-private partnership approach is one we want to build on. 

    Fourth, regulation and competition. 

    It sounds dry but removing red tape and making this an easier place in which to get things done really matters, from fixing up the Credit Contracts and Consumer Finance Act (CCCFA), to improving building consent processes to having more pro-competitive prudential regulation.

    One of the most significant regulatory reforms our Government is making is removing the burden that the Resource Management Act has imposed on New Zealand. 

    That law has held back housing development, pushed the dream of home ownership out of reach of many young Kiwis, inhibited development and held back productivity and growth. 

    We are fixing the Act, and we have started with the fast-track regime announced by Infrastructure Minister Chris Bishop which will speed up consenting for 149 housing, infrastructure, renewable energy, mining, aquaculture, farming, and quarrying projects. 

    In the process, the new regime will deliver measurable benefits to regional New Zealand and help to stimulate growth nationally. 

    Fixing the Act does not mean we are throwing away environmental protections. But it does mean we are getting rid of the unnecessary red tape and delays that have held New Zealand back. 

    Improving New Zealand’s competition settings is equally important. In its most recent survey of the New Zealand economy, the OECD highlighted the importance of this work, given the small size of our population and the tendency for sectors to become dominated by a small clutch of players.

    International experience shows that competition is one of the most important drivers of long-term growth and productivity.   

    You’ll have seen that our Government is taking up the recommendations of the recent Commerce Commission inquiry into banking competition.  

    We are concerned that the two-tier oligopoly has meant Kiwis are missing out on the competitive pricing and services they deserve from their banks.

    I have asked the Treasury to engage with Kiwibank’s parent company on options for raising new capital to enable it to be a more disruptive competitor for the big four banks. 

    Potential sources of investment include KiwiSaver funds, New Zealand investments funds and everyday New Zealanders. I will take proposals to Cabinet later this year. 

    We are also alive to challenges in the grocery and electricity sectors. 

    Finally, infrastructure

    New Zealand has an infrastructure deficit that is holding back productivity and that has been worsened by a poor track record of planning, consenting and delivering major projects. 

    We’re working to fix that, by implementing tried and true approaches from more successful economies.

    We hear what business is saying. You want an enduring framework and an enduring pipeline. So do we, and we are applying lessons learned in Australia to our infrastructure reforms. 

    One of these is the importance of bipartisanship. Given the long-term nature of investment in infrastructure it is desirable to have as much buy-in as possible from different political parties. 

    To that end, Infrastructure Minister Chris Bishop has written to the infrastructure spokespeople of each party represented in Parliament inviting them to be briefed by the Infrastructure Commission on the development of a 30-year National Infrastructure Plan.

    Chris is also proposing that Parliament hold an annual special debate on the plan. The debate won’t change the content of the plan because it will be developed independently, but the debate will show where parties agree, where we don’t, and where there is room for compromise in the best interests of New Zealanders. 

    It will come as no surprise to you to hear, that a National-led government sees private capital as key to funding our ambitious work programme and closing New Zealand’s infrastructure gap faster. 

    We are currently in the process of refreshing the policy frameworks that enable private capital to invest in Crown infrastructure. 

    This includes the public private partnership (PPP) framework and unsolicited proposals guidance. We look forward to working further with you on the development of the pipeline.  

    I’ll stop now to leave some time for questions. 

    You can see from the steps we’ve taken and the priorities I’ve outlined that this is a government that is hungry and ambitious for New Zealand. 

    We feel your sense of urgency, we value your expertise, connections and energy, and we want you on board as we seek to tap New Zealand’s untapped potential. 

    You want bold and I want it too. 

    Together, let’s make this the best country in the world in which to do business and raise our families. 

    MIL OSI New Zealand News

  • MIL-OSI China: AI-based algorithm helps find 5 small planets with ultra-short orbital periods

    Source: China State Council Information Office 2

    An international research team has created an AI-based algorithm to discover five ultra-short-period planets with diameters smaller than Earth’s and orbital periods shorter than one day from the stellar photometry dataset provided by the Kepler telescope.
    Among the five planets, four are the closest to their solar-like host stars detected to date, with sizes comparable to that of Mars. This is the first time that astronomers have used AI to complete tasks to search for candidate signals and identify true signals in a single attempt.
    The research, the results of which were published recently in the Monthly Notices of the Royal Astronomical Society journal, was carried out by a team led by Ge Jian at the Shanghai Astronomical Observatory under the Chinese Academy of Sciences.
    The occurrence rate of ultra-short-period planets around solar-like stars is very low — about 0.5 percent. Since the first discovery of these planets in 2011, only 145 have been found, of which only 30 have a diameter smaller than that of Earth.
    Astronomers generally use a transit method to locate planets outside the solar system. The principle of this method dictates that when an orbiting planet crosses in front of its host star, the brightness of that host star will be dimmed periodically. But as ultra-short-period planets are often very small and rotate in very short periods, it is very difficult for astronomers to find their faint transit signals.
    To find these elusive planets, the team developed an algorithm that combines GPU phase folding and convolutional neural networks. The algorithm increases search speeds by approximately 15 times, and improves detection accuracy and completeness by about 7 percent compared to the popular, conventional method.
    The team applied the algorithm to the Kepler dataset and identified the five ultra-short-period planets, demonstrating the algorithm’s advantage in searching for faint transit signals.
    Team leader Ge said that this discovery is a milestone in the application of AI to astronomical big data. If astronomers want to use AI to make extremely rare discoveries using vast astronomical data, they must innovate with AI algorithms and generate large artificial datasets based on the physical image characteristics of newly discovered phenomena.
    According to the study, the ultra-short-period planets provide important information for our understanding of the early evolution of planetary systems, planet-planet interactions and star-planet interaction dynamics, and their discovery is important to the theoretical study of planetary formation. 

    MIL OSI China News

  • MIL-OSI China: Kunqu Opera production honors famous linguist

    Source: China State Council Information Office 3

    The story of famous applied linguist Li Pei has been adapted into a contemporary Kunqu Opera production, which, staged by the Northern Kunqu Opera Theatre, premiered at the University of Chinese Academy of Sciences in Beijing on Oct 13.

    The production is a tribute to Li’s remarkable life and legacy, reflecting her resilience, groundbreaking achievements as an educator, and story with her husband Guo Yonghuai (1909-68), one of the founding fathers of China’s atomic and hydrogen bombs and satellite programs.

    Award-winning Kunqu Opera actress Wei Chunrong plays the role of Li Pei in the production.

    With a 19-member ensemble featuring traditional Chinese musical instrumentalists and a small symphony orchestra of 30 members, the Kunqu Opera production combines a contemporary storytelling approach with the Kunqu Opera.

    Born in Jiangsu province in 1917, Li was accepted into Peking University to study economics in 1936. She continued her studies at Cornell University in the United States in 1947, where she married Guo in 1948. The couple returned to China with their only daughter in 1956.

    Li began teaching English at the University of Science and Technology of China in 1961 and transferred to its graduate school in 1978. She remained at the graduate school until she retired in 1987. Li passed away in 2017.

    Besides being an educator and linguist, Li is also credited with being one of the most important initiators and promoters of the development of Zhongguancun, a small village in Beijing, which later became the high-tech innovation hub dubbed “the Silicon Valley of China”. She also set up the Zhongguancun Forum and invited eminent scholars from many fields to give lectures, arranging more than 600 between 1998 and 2011.

    The Kunqu Opera production also features a role based on Yang Jia, one of Li’s students, who studied under Li after being admitted to pursue her master’s degree at the University of Chinese Academy of Sciences at age 22. Two years later, she became a teacher at the university and at 29, lost her sight. With Li’s encouragement and a great deal of determination, Yang Jia became the first blind person from outside the US to obtain a master’s degree in public administration from Harvard University.

    MIL OSI China News

  • MIL-OSI New Zealand: “Advancing New Zealand and Asia relations”

    Source: New Zealand Government

    Good evening

    Before discussing the ‘advancing of New Zealand and Asia relations’, we would like to congratulate the Asia New Zealand Foundation and acknowledge its significant contribution to New Zealand’s relationship with, and understanding of, Asia over the past 30 years.

    Can we also welcome Thitinan Pongsudhirak, one of the Foundation’s Honorary Advisers, and Michael Fullilove, Executive Director of the Lowy Institute.  

    I would also like to acknowledge Members of Parliament; members of the diplomatic corps; Asia New Zealand Foundation founders Sir Don McKinnon and Philip Burdon; and its Chair, Dame Fran Wilde.

    A lot has happened over the past 30 years – in New Zealand, in Asia, and indeed in New Zealand’s engagement with Asia.

    30 years ago

    It is, of course, difficult to talk about Asia in general terms. The region has 23 countries, hundreds of languages and a vast swathe of peoples and cultures and political systems. 

    This is to say nothing of the vast distances in Asia.  Indeed, it’s closer from London to Moscow than Auckland to Jakarta, and yet we tend to think Indonesia as our back yard. 

    We tend to zone in on one country, or one issue.

    Our understanding needs to be more nuanced than this – something the Asia New Zealand Foundation knows well and is in fact its core mission.

    We can, however, look at some trends, as we think about New Zealand’s relationship with Asia over the past 30 years.

    In 1994, for example, Asia’s population was over three billion people. The region accounted for one quarter of the world’s GDP, and economic growth was underway in many countries. 

    The region had experienced years of peace and stability, albeit with some notable exceptions. Many parts of the region were at the start of a long, although sometimes uneven, path of rising urbanisation, productivity and incomes.

    In New Zealand, our population had just tipped over three million. Asian countries had become important trading partners – this was 20 years after Britain joined the European Economic Community and forced us to look beyond our traditional trading partners. 

    We had adapted by looking closer to home. 

    Thirty five percent of New Zealand’s exports went to Asia, with Japan accounting for close to half of this. 

    Remarkably, at that time China took just two percent of our exports, compared to 20 percent of today.

    Many New Zealanders had come to realise the importance of Asia to our future prosperity.

    Along with this came a recognition that we needed to better understand the vast range of cultures, languages and peoples of the region. This would be a shift for us. 

    Just three percent of New Zealanders at the time identified as being of Asian origin – compared to 17 percent today. 

    We had the beginnings of some cultural and culinary influences, with tourists and students starting to flow. 

    Under the Colombo Plan, we had welcomed many Asian students to New Zealand. But for the most part, these cultural influences were not mainstream or well-understood at the time.

    It was in this context that the Asia New Zealand Foundation was born and began its important work that we are here to discuss today.

    What has changed in Asia? 

    Even those who were aficionados back in 1994 might have been surprised at just how important Asia would become to New Zealand.

    The Asian financial crisis in 1997 was devastating to the region. It was an unsettled and unpredictable time. But the region has recovered, and in fact boomed.

    The figures are certainly impressive. More than one billion people have been lifted out of poverty in Asia since 1990. Asia now comprises over 40 percent of the world’s GDP. In the next quarter century, this is forecast to reach 50 percent. 

    It is important for us all to remember that there has not been just one linear trajectory in the region. Each country has had its own path, and these paths can have different twists and turns over time.

    China’s growth story is of course well-known, but the statistics remain extraordinary. Today, China stands as the world’s second-largest economy worth nearly 18 trillion US dollars in 2023, soaring a staggering 4,000 percent since the 1990s.

    This is not, however, just a China story. There has been astonishing success in other countries, too. 

    India overtook China to become the most populous country in the world last year, and with 900 million registered voters it is also the world’s largest democracy. This year India’s economy will be the fastest growing in the G20, and it is expected to overtake Germany and Japan to become the world’s third largest economy in the next few years. 

    India’s advances in science, technology, education, and space, are inspiring to many countries around the world. In short, India has become a significant global actor playing a key role in securing a stable and prosperous region.

    Japan itself continues to be an economic powerhouse.

    We must also recognise that ASEAN’s growth, after starting down the path of economic integration, has been remarkable. 

    If ASEAN today were one economy, it would be New Zealand’s fourth-largest trading partner. Its countries are growing at an impressive clip – more than five percent year in, year out. 

    The total GDP of ASEAN reached nearly four trillion US dollars last years, positioning it as the fifth largest economy in the world. 

    Projections indicate that ASEAN’s GDP is poised to reach an estimated four and a half trillion US dollars by the year 2030. This will propel ASEAN to become the world’s fourth-largest economy by 2040.

    Much of Asia’s economic growth has been built on trade and manufacturing. But the region is now also central across many facets of the modern economy – from finance and capital, to people, and to innovation.

    To take just two examples, Asia’s services trade is growing 1.7 times faster than the rest of the world. And by 2030, Asia’s fintech revenues are expected to be larger even than North America’s.

    We know economic growth doesn’t happen in a vacuum. It is regional security that has provided the foundation for the significant rise in living standards we have witnessed across Asia. 

    In this time of global upheaval and challenges to the rules-based order, the role of regional security in our collective economic security is undeniable. 

    In Southeast Asia, ASEAN centrality is playing a pivotal role. ASEAN has led the way in bringing the region together in peaceful dialogue. This includes initiatives like the Regional Forum we attended in July, or last week’s East Asia Summit – which was attended by Prime Minister Luxon.

    Notwithstanding the various peaceful offramps that exist, Asia has had, and continues to have, security challenges. 

    The liberal rules-based order – underpinned by US hegemony – is under strain.

    As China’s power and influence have increased, so too have the areas of difference that we have had to navigate.

    We are seeing a rising and more active India.

    And we shouldn’t forget that Russia considers itself an Indo-Pacific power, too.

    Added to this are hemispheric wild cards: the DPRK; other nuclear powers; arms build-up; and alliance and proxy relationships.

    We also have population trends that will have not just economic but also geostrategic consequences. 

    Also, fierce competition for resources: protein and commodities like rare metals.

    Finally – environmental challenges, which are an existential threat for many countries in the region – are exacerbating all of these factors. 

    What has this meant for New Zealand? 

    For New Zealand, the message is clear: we need to continue to understand and engage Asia.

    The Coalition Government, via the Foreign Policy Reset, is focused on building and advancing relationships in a way that engages more actively the region’s opportunities and risks. 

    The work of the Asia New Zealand Foundation remains as relevant today as it was 30 years ago. 

    Understanding Asia starts here at home. The past 30 years has seen a boom, and our ethnic communities have grown significantly. 

    While there is still some way to go, we have started to see Asian New Zealanders in leadership roles – from Members of Parliament to business leaders, sports, and entertainment. 

    Along with this has come a richness of culture and language. Kiwis have enjoyed new festivities and embraced an array of Asian cuisine, at home and at restaurants – something almost completely unavailable 30 years ago.

    The top 25 languages spoken in New Zealand include many Asian languages, such as Mandarin, with nearly 100,000 speakers, as well as Hindi with almost 70,000, Cantonese, Tagalog, Punjabi, Korean, Japanese, Gujarati, and Tamil.

    We celebrate Diwali, Lunar New Year and Eid – festivals that showcase cultural traditions to New Zealanders.

    Last year, 54,000 students from Asian countries came to study in New Zealand education institutions. 

    In the last year we have welcomed over 700,000 international visitors from Asia – nearly double that of a year ago – and we’re looking forward to seeing this growth continue over the coming years as the pandemic fall-out recedes.

    Over the last 70 years, we have provided scholarships and training to 21 countries from the Asian region under our International Development Cooperation programme. This remains a foundation of our enduring people-to-people connections.

    Thanks to the Asia New Zealand Foundation, we have some tangible evidence of how New Zealanders’ attitudes toward Asia have changed over time. 

    The first Perceptions of Asia survey was conducted in 1997 and showed that New Zealanders saw Asia as something largely external. 

    Today, however, over half of New Zealanders feel a connection to Asia in their daily lives, with more than a third regularly enjoying Asia-related entertainment. 

    Over the past decade, public awareness and engagement with Asia has grown significantly. In 2013, one third of New Zealanders said they felt knowledgeable about Asia. 

    That number has now risen to an all-time high, with nearly 60 percent saying they possess at least a fair amount of understanding about the region.

    This is wonderful and thanks in no small part to the work of the Foundation. We hope we will see this familiarity grow further in the coming years.

    New Zealand in Asia

    Alongside these developments in New Zealand, we have been engaging both with Asia but also in Asia.

    Today you can fly direct from Auckland and Christchurch to 14 destinations across Asia, connecting New Zealand to the region and providing opportunities for New Zealanders to interact with and learn about Asia.

     

    Kiwis have been broadening their traditional “OE” and heading to Asia. As just one example, 3,300 New Zealanders have travelled to Japan under the Japan Exchange and Teaching, or “JET”, programme since its inception, teaching English in Japan. 

    Programmes such as the Prime Minister’s Scholarships for Asia have seen thousands of young New Zealanders study at Asian institutions and return with meaningful skills and experience. 

    The Asia New Zealand Foundation has also contributed to this through the internships, grants, and residencies it offers throughout Asia.

    It is important to highlight that seven of our top 10 export destinations are Asian economies. 

    Exports to China amounted to 20 billion New Zealand dollars last year; Japan more than four billion. Korea, Singapore, Taiwan, Malaysia, and Indonesia round out the list of our top export destinations in Asia.

    This has been supported by the network of free trade agreements we have negotiated to support our commercial partnerships over the past 20 years. It is notable that our second oldest FTA is with Singapore – second only to Australia. 

    The origins of CPTPP, one of our most significant trade agreements, also finds its origins in our relationships with Asia. 

    Its precursor, the P4 agreement with Singapore, Brunei, and Chile in 2006, provided the foundation stone for what would become CPTPP.

    CPTPP is itself a high watermark agreement that includes other economies from the region such as Japan, Malaysia, and Viet Nam, and we continue to encourage others who can meet the agreement’s high standards to seek to join in the future.

    All in all, 95 percent of our trade with Asia takes place under a trade agreement.

    New Zealand has also invested in regional institutions. This architecture provides space for dialogue and the exchange of ideas on key issues impacting us. 

    We were the second country to become an ASEAN dialogue partner, and we will celebrate the 50th anniversary of this next year. In that time New Zealand has been and continues to be a trusted partner to ASEAN and its member states. 

    We know that by contributing to ASEAN’s success, and the success of ASEAN-led councils like the East Asia Summit, we contribute to our own success and to that of the region.

    In 1994, New Zealand was a member of one regional body – APEC, which was founded just five years earlier. 

    This platform gives us a venue to influence regional economic policy together with members, who today make up two thirds of global economic growth and take 80 percent of New Zealand’s exports.

    Just over 10 years later, in 2005, our delegation was proud to take part in the inaugural East Asia Summit in Kuala Lumpur. 

    We had put intensive effort into laying the groundwork for the shape of the grouping and New Zealand’s participation. 

    Our membership as a founding partner made clear to all that New Zealand was part of the region and had a role to play in regional decisions. 

    The EAS is now the premier forum for strategic dialogue and regional cooperation. 

    New Zealand is showing up today, as we did then, because we want to support peace and stability in the region in tangible ways.

    Recent years have seen the emergence of new plurilateral and ‘minilateral’ architecture alongside established multilateral architecture. 

    New Zealand supports new groupings that advance and defend our interests and capabilities, and we no reason why these can’t coexist as long as they are constructive, advanced in an open and transparent way, and are respectful of ASEAN centrality.

    We have championed a stable, peaceful and nuclear-free Korean Peninsula. In the current climate, it is not possible to visit North Korea. But in the past, we have. 

    During a 2007 visit, we met with political leaders and advocated in favour of multi-party peace talks. 

    To this day, New Zealand Defence Force assets and personnel are deployed in Korea to maintain the armistice. The Defence Force also has a separate deployment to monitor and deter North Korea’s evasion of UN sanctions.

    In 2006, we received a request from Timor-Leste, seeking assistance to restore stability and freedom of movement. We responded swiftly, deploying police and military troops. 

    In a testament to our security cooperation in the region, Singaporean personnel were integrated seamlessly into a New Zealand battalion.

    New Zealand has a long-standing development programme in Asia. It is our largest programme outside the Pacific and is growing. 

    It goes beyond training and scholarships to respond to the priorities of our ASEAN partners, as well as humanitarian assistance. 

    Just last month, for example, we contributed humanitarian assistance in response to the devastating impacts of Typhoon Yagi in Viet Nam and Myanmar, and to extreme flooding in Bangladesh. 

    It is also worth noting that, for the past 30 years, New Zealand has advanced its policy towards Asia in a bipartisan way wherever possible. 

    This has ensured successive governments can follow through on policy commitments and is one of our greatest strengths.

    What next? 

    It is instructive to think about how far we have come in the past 30 years

    But it is also clear that we need to do more. 

    The world today is disordered and becoming more dangerous. 

    As we said to the NZIIA in May, “the challenges we face are stark, the worst that anyone today working in politics or foreign affairs can remember.” 

    As MFAT’s own strategic assessment has identified, one of the drivers for this has been a shift from rules to power:  the Cold War era of predominant US western hegemony is over. 

    The multipolar world is here to stay, and states: large, middle, and small are all jostling to advance their interests.

    Added to this is the fact that global problems – whether health, environmental, demographic, or migratory – present global risks, but at the same time require state-to-state cooperation to resolve. 

    We offer this simply to point out that we’re living in a time where relationships, norms and rules – many of which have enabled the rise of countries in Asia, including those which seek to challenge those same rules – are changing at the very time when we need to maximise global cooperation.

    This is at the heart of what’s happening in Asia, as well as around the world more broadly. 

    This is why the Government decided earlier this year on a Foreign Policy Reset. A fundamental driver was that our foreign policy needs to reflect and respond to the challenging strategic context we find ourselves in. We need to act now to bring more energy, ambition and engagement to our relationships. 

    Under the Foreign Policy Reset, we have been explicit: we will be increasing the focus on and resources applied to Southeast Asia, South Asia especially India, and North Asia. This is what will have a major impact on our security and prosperity. 

    We are already delivering on this. The Prime Minister and international-facing Ministers have been incredibly active in our engagements with the region, having travelled between us to over 20 countries.

    We have taken forward concrete initiatives to demonstrate the importance and future trajectory of our partnerships. 

    This ranges from cooperation with Japan on a hospital in Kiribati, to a Customs Cooperation Arrangement with India, to advancing toward Comprehensive Strategic Partnerships with ASEAN and Korea.

    Conclusion 

    New Zealand is an Indo-Pacific country. This is our identity, and we know this is where our future lies. With every forecast about Asia’s trajectory, this becomes clearer and clearer.

    It was this realisation that led to the Asia New Zealand Foundation’s birth 30 years ago. And as we have heard today, a lot has changed since then. Asia has evolved, and New Zealand’s relationship with Asian countries has evolved too, in some ways beyond recognition. 

    As we navigate our own pathway forward, we need to understand Asia. If we don’t, our relationships will be characterised by misconceptions, bias and miscalculation. So, our work has really only just begun. New Zealand’s security and prosperity depends on us continuing it.

    MIL OSI New Zealand News

  • MIL-OSI China: Policies to support smaller enterprises

    Source: China State Council Information Office

    Employees work on the production line of a high-tech company in Tianjin. [Photo/Xinhua]

    China will implement a batch of policies, including those addressing financing and credit, to support small and micro-sized enterprises, platform firms and unicorns, so as to help them expand business and unleash vitality, it was announced on Monday at a conference by the State Council, the nation’s Cabinet.

    Buoyed by such signals of support for the private sector, share prices rose in China on Monday. The CSI 300, an index of large companies traded in Shanghai and Shenzhen, closed 1.9 percent higher. The ChiNext Index, which tracks China’s Nasdaq-style board of growing and emerging enterprises, gained 2.6 percent.

    Luo Wen, head of the State Administration for Market Regulation, the country’s top market regulator, said that the country will work to introduce innovative quality financing and credit enhancement policies to ease financing challenges for SMSEs.

    Under such policies, financial institutions will factor in a company’s quality management and brand reputation when issuing loans. Together with equity, funds and bond-based financing tools, the country aims to generate a credit enhancement and financing quota of 300 billion yuan ($42 billion) each year, Luo said.

    Luo emphasized that the SAMR will roll out a guideline to guide platform operators to help merchants on the platform enhance brand awareness, increase market transactions and harness traffic.

    It will help businesses, especially new entrants, agricultural firms and some unique companies on the platform, to enhance their ability to utilize online traffic more efficiently and tap into larger audiences, he added.

    Beyond SMSE support, Wang Jiangping, vice-minister of the Ministry of Industry and Information Technology, said the ministry will collaborate with the China Securities Regulatory Commission to launch the third batch of specialized boards for “little giant” companies in regional equity markets.

    Little giant companies refer to small and medium-sized enterprises that typically specialize in niche sectors, command high market shares and boast strong innovative capacity. By the end of June this year, China had cultivated 12,000 such enterprises.

    The ministry also plans to sign a strategic cooperation agreement with the Beijing Stock Exchange to further streamline financing channels for these firms, Wang said.

    At the conference on Monday, Wang said that China is also placing a greater emphasis on developing unicorn companies — startups valued at over $1 billion — in emerging high-tech fields such as 6G and brain-computer interfaces.

    He said a nationwide unified system will be established to coordinate the development of unicorn companies between the central government and provincial government levels.

    Unicorn companies will be supported in technological innovation, and will be encouraged and guided to address national strategic needs and master unique, proprietary technologies, Wang said, adding that more efforts will be made to increase financial backing for these unicorns, including support for public listings, mergers and acquisitions, to accelerate their growth.

    Despite China’s growing unicorns, the country still lags behind the United States in terms of the overall number, according to the Hurun Research Institute. Last year, China had 340 unicorns while the US had 700.

    Wang Peng, a senior researcher at the Beijing Academy of Social Sciences, said that encouraging SMSEs, platform firms and unicorn companies are part of broader efforts to spur the private sector, which is of great significance to counter the current global economic slowdown.

    A report on private sector development by the State Council showed that private companies accounted for 92.3 percent of the country’s total number of business entities in 2023, a significant increase from 79.4 percent in 2012.

    “The Chinese economy will continue gathering momentum if the private sector, including smaller businesses, remains sound. More importantly, private enterprises stood undoubtedly at the forefront of technological innovations and the digital economy in recent years, especially in fields like new energy, information, communication, biopharmaceuticals and AI,” the senior researcher said.

    MIL OSI China News

  • MIL-OSI: Forbion raises in excess of €2 billion for two new funds

    Source: GlobeNewswire (MIL-OSI)

    • Forbion’s largest fundraising to date, with Forbion’s Growth Opportunities Fund III raising €1.2 billion and Forbion Ventures Fund VII raising €890 million
    • Assets under management now at €5 billion
    • Fundraising follows strong performance, with six exits of $1 billion+ within a 12-month period

    NAARDEN, The Netherlands, Oct. 15, 2024 (GLOBE NEWSWIRE) — Forbion, a leading global life sciences venture capital firm with deep expertise in Europe, today announces that it has raised over €2 billion ($2.2 billion) across its two newest funds, Forbion Growth Opportunities III and Forbion Ventures VII, bringing assets under management at Forbion to €5 billion ($5.5 billion). Both funds exceeded their original target sizes and reached €1.2 billion ($1.3 billion) and €890 million ($980 million) respectively.

    The fundraising enables an increase of both the number of investments and the average size of Forbion’s participation in future portfolio company financings, reflecting the opportunities it sees for superior returns in development-stage life sciences companies. It is anticipated that the Forbion Growth Opportunities Fund III and Forbion Ventures Fund VII will each invest in approximately 15 portfolio companies.

    Sander Slootweg, Managing Partner and co-founder of Forbion, said: “I thank all our investors for their continued confidence in our ability to source and support innovative biotechs and to deliver impactful returns. With greater levels of capital, we are able to extend more support to our portfolio companies as they grow and seek to maximize their potential. We continue to see great opportunities to deploy capital in Europe and North America, backing talented management teams that develop novel therapeutics with the potential to impact the future of medicine.”

    Robbert van de Griendt, General Partner, Investor Relations and Impact, said: “We are delighted to have achieved this record fundraising against a backdrop of volatile market conditions. The strong demand we have seen from both existing and new investors is directly related to our strong and consistent historical returns as well as an impressive string of recent exits and also reflects investors’ conviction in our specialist investment strategy and in the positive fundamentals of our sector.”

    A track record of strong performance
    Forbion’s latest fundraising builds on its successful track-record of generating consistently impactful returns based on an investment strategy focused on companies with strong fundamentals, anchored in unique science and deep due diligence, while its platform approach enables its funds to support biotechs through company building (Ventures funds) and company expansion (Growth Opportunities funds). Following this approach has led to many valuable exits over time, including, most recently, that of Yellow Jersey Therapeutics, a subsidiary of Numab Therapeutics, Mariana Oncology and Aiolos Bio. Forbion’s success has led to it being recognized as the Top Performing European VC Manager as part of Preqin’s1 2024 awards. Forbion has 58 active investments, and has led or co-led 88% of the initial investment rounds of the 26 portfolio companies across Forbion Growth Opportunities Fund II and Forbion Ventures Fund VI.2

    Brian Frieser, Principal Portfolio Manager PE & Infrastructure at MN, a major Dutch pension advisor, said:Our pension fund clients are dedicated to achieving the best possible risk-return for their participants. Investments in biotech not only promise strong returns but also make a positive societal impact. The capital commitments to Forbion’s new fund on behalf of our clients are expected to contribute significantly to this two-sided goal.”

    Investing in cutting edge science
    Since its launch over two decades ago, Forbion has made 128 investments. During this time, Forbion’s portfolio companies have contributed to advancing medical science and innovation through the development of many breakthrough therapies, including pioneering the development of new technologies such as gene and immune therapies, and via 256 scientific publications. At the end of 2023, active portfolio companies reported a total of 129 drug programs under development and/or in discovery and 80% of drug programs were ‘disease modifying’, in line with Forbion’s focus on enabling the development of novel therapeutics in critical areas of unmet medical need.3

    Expertise and partnerships
    Forbion’s team of over 30 investment professionals and drug development experts makes it one of the largest life sciences venture capital teams in Europe. Its portfolio companies also benefit from the deep industry expertise of Forbion’s 15 operating and venture partners, and its strategic collaborations with industry leading service providers such as Lonza, Thermo Fisher Scientific and Charles River Laboratories. Forbion supports its portfolio companies from its headquarters in Naarden, The Netherlands, its Munich office, as well as from its recently opened office in Boston, Massachusetts.

    For more information, please contact:

    Forbion Investor Relations
    Email: Robbert.van.de.Griendt@forbion.com
    General Partner IR & Impact

    Forbion Communications
    Email: laura.asbjornsen@forbion.com
    Head of Communications

    Brunswick Group
    Ayesha Bharmal, Charis Gresser
    Email: Forbion@Brunswickgroup.com

    About Forbion
    Forbion is a leading global venture capital firm with deep expertise in Europe and offices in Naarden, The Netherlands, Munich, Germany and Boston, USA. Forbion invests in innovative biotech companies, managing approximately €5 billion across multiple fund strategies that cover all stages of (bio-) pharmaceutical drug development. In addition, Forbion leverages its biotech expertise beyond human health to address ‘planetary health’ challenges through its BioEconomy fund strategy, which invests in companies developing sustainable solutions in food, agriculture, materials, and environmental technologies. Forbion’s team consists of over 30 investment professionals that have built an impressive performance track record since the late nineties with 128 investments across 11 funds. Forbion’s record of sourcing, building and guiding life sciences companies has resulted in many approved breakthrough therapies and valuable exits. Forbion typically selects impactful investments that will positively affect the health and well-being of people and the planet, as well as meet its financial return objectives. The firm is a signatory to the United Nations Principles for Responsible Investment. Forbion operates a joint venture with BGV, the manager of seed and early-stage funds, especially focused on Benelux and Germany.

    About Forbion Growth Opportunities Fund III
    Forbion’s Growth Opportunities Fund III is focused on investing primarily in European as well as North American later-stage biopharma companies developing novel therapies in areas of high medical need.

    About Forbion Ventures Fund VII
    Forbion Ventures Fund VII will build a portfolio of innovative therapeutics-focused biotechs, both existing companies as well as NewCos, (co-) founded by Forbion, created around assets sourced from pharma or academic institutions, or around proven management teams.

    For more information, please visit: http://www.forbion.com


    1 Preqin awards are compiled using public domain information and data reported to Preqin by the participants; they are not independently verified or assessed. Preqin cannot therefore guarantee the accuracy of the information provided
    2 As of 30 September 2024
    3 Source: Forbion’s Impact & ESG report 2023

    The MIL Network

  • MIL-OSI China: Global sci-tech experts to address sustainability at annual forum

    Source: China State Council Information Office 2

    The sixth World Science and Technology Development Forum will be held in Beijing from Oct. 22 to 24, the organizer announced Thursday.
    This year’s session, themed “Science and Technology for the Future,” will focus on six key ideas: intelligence, interdisciplinary, infrastructures, innovation, interaction, and integration.
    Since its initiation in 2019 by the China Association for Science and Technology, the annual forum has addressed various sustainability challenges. Previous sessions have covered topics ranging from food security to disaster prevention.
    At the inaugural session, Vania G. Zuin Zeidler, professor of green chemistry and sustainable chemistry at the Federal University of São Carlos in Brazil and visiting professor at the Green Chemistry Center of Excellence at the University of York, U.K., said about 1.3 billion tons of food is wasted annually. She discussed how the farm-to-table model can prevent food waste and how São Paulo produces healthy food through sustainable agricultural systems.
    At a previous subforum on food security during the fourth session, Deng Xingwang, a member of the U.S. National Academy of Sciences and dean of the School of Advanced Agricultural Sciences of Peking University, discussed the advantages of third-generation hybrid rice breeding technology. He emphasized that this internationally leading technology is cost-effective and safe, making it easier to apply. It has already been successfully validated and commercialized in China.
    At a subforum on carbon reduction during the fourth session, Lei Xianzhang, a member of the German National Academy of Science and Engineering, introduced electric-hydrogen coupling technology. This technology supports carbon peaking and neutrality by enabling efficient conversion between hydrogen and electricity, using clean energy sources like wind, solar and hydropower to produce hydrogen or hydrogen-based energy. 
    At the NexTus SDGs Youth Innovators’ Assembly during the fourth session, Yan Luhui, founder of Carbonstop, introduced a carbon management SaaS platform. Yan explained how big data and artificial intelligence can visualize carbon, analyze data and help companies improve carbon reduction efficiency.
    At a subforum on disaster prevention and mitigation at the fourth session, Ge Yonggang, director of the Science and Technology Division at the Institute of Mountain Hazards and Environment of the Chinese Academy of Sciences, detailed how Sichuan province combines weather monitoring with tracking mountain floods and debris flows. This innovative approach aims to create a more precise early warning system. The research, currently focused on Liangshan, is set to expand to Chengdu and Mianyang.
    Cui Peng, an academician of the Chinese Academy of Sciences, described a new platform for predicting mountain disasters. He explained how the platform includes a risk baseline database, physical parameter library and risk analysis system. With these tools, the platform can forecast mountain disasters every hour in real-time, pinpoint specific disaster locations and their features, and provide precise early warnings. Cui also suggested combining disaster management with efforts to restore nature and develop eco-friendly industries.
    The U.N. General Assembly adopted a resolution in August 2023 declaring 2024-2033 the “International Decade of Sciences for Sustainable Development.” The upcoming forum will be held during the first year of this decade. 
    The organizer said the event will continue to gather global expertise to promote high-quality development and enhance international scientific and cultural exchanges.

    MIL OSI China News

  • MIL-OSI China: China releases space science development program for 2024-2050

    Source: China State Council Information Office 2

    China unveiled a national mid and long-term development program for space science on Tuesday, which will guide the country’s planning of space science missions and space research from 2024 to 2050.
    The program, the first of its kind at the national level, was jointly released by the Chinese Academy of Sciences (CAS), the China National Space Administration and the China Manned Space Agency at a press conference held by the State Council Information Office.
    The program outlines the development goals of China’s space science, including 17 priority areas under five key scientific themes, as well as a three-phase roadmap.
    The five key scientific themes include the extreme universe, space-time ripples, panoramic view of Sun-Earth, habitable planets, and biological and physical sciences in space, Ding Chibiao, vice president of the CAS, said at the press conference.
    The theme of extreme universe focuses on exploring the origin and evolution of the universe, revealing the physical laws under extreme cosmic conditions. The priority areas range from dark matter and extreme universe to the universe’s origin and evolution, as well as the detection of cosmic baryonic matter, according to the program.
    The theme of space-time ripples centers on detecting medium to low-frequency gravitational waves and primordial gravitational waves, with the goal of uncovering the nature of gravity and space-time. The priority area within this theme is space-based gravitational wave detection, Ding said.
    The Sun-Earth panoramic view theme involves the exploration of the sun, the Earth, and the heliosphere to unravel the physical processes and laws governing the complex interactions within the Sun-Earth system. Priority areas include Earth’s cycle systems, comprehensive observations of the Earth-Moon, space weather observation, three-dimensional solar exploration, and heliosphere exploration, according to the program.
    Scientists will also explore the habitability of celestial bodies in the solar system and exoplanets, as well as search for extraterrestrial life. Key areas in the subject cover sustainable development, the origin and evolution of the solar system, characterization of planetary atmospheres, the search for extraterrestrial life, and exoplanet detection.
    The theme of biological and physical sciences in space seeks to reveal the laws of matter movement and life activities under space conditions to deepen the understanding of fundamental physics, such as quantum mechanics and general relativity. Priority areas encompass microgravity science, quantum mechanics and general relativity, and space life sciences, Ding added.
    The program also outlines a roadmap for the development of space science in China through 2050.
    In the first phase, leading up to 2027, China will focus on the space station operation, implementing the manned lunar exploration project, and the fourth phase of its lunar exploration program as well as the planetary exploration project. Five to eight space science satellite missions will be approved during the period, according to the program.
    The international lunar research station initiated by China will be constructed during the second phase from 2028 to 2035, and approximately 15 scientific satellite missions will be carried out during this period.
    In the third phase from 2036 to 2050, China will launch over 30 space science missions. 

    MIL OSI China News

  • MIL-OSI Australia: Cassowary alert – keep your windows up and your speed down

    Source: Government of Queensland

    Issued: 10 Oct 2024

    An adult cassowary is risking its life and bringing traffic to a standstill along a narrow, winding stretch of road at the top of Gillies Range.

    The cassowary has been sighted repeatedly meandering in and out of traffic along a five-kilometre stretch of Gillies Range Road, where the verges on each side are extremely steep.

    Manager Northern Wildlife Operations Dave Woods from the Department of Environment, Science and Innovation has asked drivers on Gillies Range Road to reduce their speed, keep an eye out for the bird and keep their windows wound up.

    “Wildlife officers have reviewed videos taken by members of the public, and believe this bird has been previously fed by people from cars,” Mr Woods said.

    “It is not wary of vehicles, and it can be seen approaching vehicles as they slow down or stop, hoping to be fed.

    “We have conducted several site inspections and observed the cassowary’s behaviour, but the section of road presents operational challenges.

    “Due to the narrow road, high volume of traffic and steep landscape, it would be dangerous and difficult for wildlife officers to conduct behavioural modification on the animal.

    “We are currently working with the Department of Transport and Main Roads and the Queensland Police Service about management options to address the risk to road users and the cassowary.”

    Mr Woods said the cassowary had been reported to the Queensland Parks and Wildlife Service by concerned members of the public.

    “We would like to thank everyone who made those reports out of concern for the safety of road users and welfare of the cassowary,” he said.

    “Cassowaries are an endangered, iconic species, and every bird is precious. We don’t want anything to happen to this animal and we want drivers to remain safe.

    “We’re asking everyone who uses Gillies Range Road to keep their windows up, not discard any food and drive with caution near the top of the range.

    “If people stop offering the cassowary food, it will return to the rainforest and go back to foraging for food without any further human intervention.

    “It is illegal to feed cassowaries, because it can alter their behaviour, puts them at risk of vehicle strike or dog attack and they can act aggressively towards people if they are expecting food.

    “Cassowaries have been around for millions of years, and they know how to find their own food in the rainforest.”

    The southern cassowary is considered endangered, and its population is limited to rainforest areas of the Wet Tropics and Cape York.

    Cassowaries can inflict serious injuries to people and pets by kicking out with their large, clawed feet. People are asked to Be cass-o-wary at all times in the Wet Tropics.

    • Never approach cassowaries.
    • Never approach chicks – male cassowaries will defend them.
    • Never feed cassowaries – it is illegal, dangerous and has caused cassowary deaths.
    • Always discard food scraps in closed bins and ensure compost bins have secure lids.
    • Slow down when driving in cassowary habitat.
    • Never stop your vehicle to look at cassowaries on the road.
    • Keep dogs behind fences or on a leash.

    MIL OSI News

  • MIL-OSI Russia: GUU took part in the campaign “Scientists – to schools”

    MILES AXLE Translation. Region: Russian Federation –

    Source: State University of Management – Official website of the State –

    On October 11, young scientists from the State University of Management held popular science lectures in Moscow schools as part of the All-Russian campaign “Scientists to Schools”, timed to coincide with the All-Russian Science Festival “Science 0”.

    Associate Professor of the Department of Innovation Management at the State University of Management Denis Serdechny gave a lecture to students of School No. 1363 on the topic of “Inventive Work and Instruments for Protecting the Results of Intellectual Activity”. Schoolchildren learned about the importance of innovation in the modern world and how to properly protect their ideas and inventions using various legal instruments.

    Associate Professor of the Department of Transport Complex Management at the State University of Management Artem Merenkov gave a lecture to senior students of School No. 1363 entitled “Russian Automobile: Yesterday, Today, Tomorrow”. The young scientist spoke about the development of the domestic auto industry, the challenges that the industry faced in the past, and the prospects for its development.

    On the same day, the Head of the Department for Coordination of Scientific Research of the State University of Management, Maxim Pletnev, introduced students of School No. 1420 to the specifics of transport in large cities, the main difficulties in managing urban transport, and the prospects for developing modern technologies to improve the city’s infrastructure.

    The annual project “Scientists to Schools” is designed to form a communication channel between the scientific community and educational institutions of the city. Scientists’ presentations help popularize science among schoolchildren, increase the attractiveness of scientific activity and form the image of a successful and promising scientist.

    Subscribe to the TG channel “Our GUU” Date of publication: 10/15/2024

    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 accurate to what the source is stating and does not reflect the position of MIL-OSI or its clients.

    GUU took part in the campaign “Scientists – to schools”

    MIL OSI Russia News

  • MIL-OSI Russia: The National Economic Forum named after D.S. Lvov will be held at the State University of Management

    MILES AXLE Translation. Region: Russian Federation –

    Source: State University of Management – Official website of the State –

    In the year of the 105th anniversary of the State University of Management, we are renewing the tradition of holding a large-scale economic forum dedicated to the great economist, graduate of the State University of Management, academician of the Russian Academy of Sciences Dmitry Semenovich Lvov. The forum will be held on October 30, 2024.

    The works of Academician Lvov are becoming especially relevant in our days, as they reflect the importance of state regulation of the economy and the social responsibility of large businesses, including resource-extracting companies, in the development of the country.

    The following sections and round tables will be held within the framework of the Lviv Forum: — Round table: Control and analytical, accounting technologies and economic security in business; — Round table: Trends in the development of the world economy and current problems of the foreign economic policy of the Russian Federation; — Round table: Diversification of defense industry enterprises as the basis for Russia’s technological sovereignty;

    Sections: – Prospects for the development of institutional theory and practice in light of the works of Academician Lvov; – Financing the development of the Russian economy in modern realities; – Trends in the interaction of the financial and real sectors of the economy in the context of the digital transformation of society; – Social justice as a factor in sustainable economic development.

    Leading economists from the Russian Academy of Sciences, representatives of business and university science will speak at the plenary session.

    Participation in the forum is free. To participate in the forum, you must register by 16:00 Moscow time on October 29, 2024 inclusive at https://forms.yandex.ru/u/66d7289673cee757500b3b6e/ and fill in all required fields.

    Subscribe to the tg channel “Our State University” Announcement date: 10/15/2024

    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 accurate to what the source is stating and does not reflect the position of MIL-OSI or its clients.

    The National Economic Forum named after D.S. Lvov will be held at the State University of Management

    MIL OSI Russia News

  • MIL-OSI Russia: Innovative technologies of Polytechnic University in the assessment of welded joint deformations

    MILES AXLE Translation. Region: Russian Federation –

    Source: Peter the Great St Petersburg Polytechnic University – Peter the Great St Petersburg Polytechnic University –

    The staff of the research laboratory “Laser and Additive Technologies” of the Institute of Mechanical Engineering, Materials and Transport of SPbPU successfully completed research work under a contract with the company “Engineering Construction Service”. The specialists analyzed and compared residual deformations of welded joints with different welding methods.

    Scientists conducted research on a robotic technological complex for hybrid laser-arc welding. They evaluated different types of welding: laser, hybrid laser-arc, laser with filler wire of samples made of steel grade St3 with a thickness of 10 mm, as well as one-sided and two-sided – manual arc and mechanized semi-automatic in active gases and mixtures.

    The main thing in the project is to demonstrate the capabilities of university laboratories in developing innovative technologies for enterprises in the real sector of the economy based on the accumulated experience of the Polytechnic University. Such interaction accelerates the professional development of young scientists and helps to increase the technological sovereignty of the country, – noted the director of the IMMiT Anatoly Popovich.

    The specialists conducted a metallographic study of samples obtained using different welding methods and made a comparative analysis of residual deformations using 3D scanning. It turned out that less deformation occurs with hybrid laser-arc welding, and most of all with one-sided manual arc welding.

    We have experimentally confirmed the advantages of laser and hybrid laser-arc welding over traditional arc processes. The productivity of the welding process has increased ninefold. The consumption of shielding gas has decreased by 7-9 times, welding wire – by 25-35 times, power consumption – by 2-9 times. Welding deformations have decreased by four times. In other words, using laser welding technologies, it is possible to obtain joints with smaller deformations while reducing the cost of the welding process by 7-10 times, – said Mikhail Kuznetsov, Head of the Research Laboratory “LiAT” of IMMiT.

    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 accurate to what the source is stating and does not reflect the position of MIL-OSI or its clients.

    https://vvv.spbstu.ru/media/nevs/science_and_innovations/innovative-technologies-of-polytechnic-in-the-assessment-of-deformations-of-welded-joints/

    MIL OSI Russia News

  • MIL-OSI Russia: Polytechnic University student wins BRICS Future Skills championship

    MILES AXLE Translation. Region: Russian Federation –

    Source: Peter the Great St Petersburg Polytechnic University – Peter the Great St Petersburg Polytechnic University –

    The annual international championship on promising technologies and skills BRICS Future Skills was held in Kazan

    Dmitry Zharkov, a student at the St. Petersburg Polytechnic University’s Institute of Civil Engineering, joined the joint team of Russia and China. Together with his partners, he became the winner in the innovative technology track “Artificial Intelligence and Generative Design of Buildings and Territories”.

    The team developed a multifunctional system for designing and master planning of logistics parks and technology parks. This includes optimal use of land taking into account the requirements of the technical task, automation of design, analysis of natural factors and resources for sustainable development, automated modeling of buildings to speed up development, simulation of air flows and agent modeling for building logistics routes. The team’s success once again confirmed the high level of training and competence of Russian students in the field of advanced technologies.

    The competition in the “BIM Information Modeling Technologies” competency was attended by 15 teams from Russia, China, South Africa and Kazakhstan. The participants demonstrated how modern methods accelerate and improve design, creating effective and innovative solutions. It is important to emphasize the importance of international cooperation and innovation in information technology, — commented Anna Korotkova, the championship’s chief expert and senior lecturer at the Higher School of Industrial and Construction Geometry and Design at the Institute of Information Science of St. Petersburg Polytechnic University.

    The event was organized by the BRICS Business Council, the International Platform for Skills and Professions Development, the Agency for Professions and Skills Development, and the International Center for Information Technology and Communications. The championship became a platform for demonstrating advanced technological solutions, exchanging experience in the field of digital transformation, and launching joint educational programs aimed at developing the digital economy in the BRICS countries.

    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 accurate to what the source is stating and does not reflect the position of MIL-OSI or its clients.

    https://vvv.spbstu.ru/media/nevs/achivments/polytech student-became-winner-of-the-brix-future-skills-tech-challenge/

    MIL OSI Russia News

  • MIL-OSI Europe: Analysis: UN peacekeepers at risk in southern Lebanon

    Source: Universities – Science Po in English

    United Nations peacekeepers in southern Lebanon have reported a series of incidents over the past few days in which they have been endangered by Israeli Defense Forces (IDF) as Israel continues its incursion into southern Lebanon. From bearing witness to sheltering the local population, the UN Unifil mission has a vital role to play in Lebanon, but at what cost?

    Read the analysis by experts Chiara Ruffa, Professor in political science at Sciences Po Center for International Studies (CERI), and Vanessa Newby, Assistant Professor at the Institute of Security and Global Affairs at Leiden University, initially published by our partner The Conversation.

    United Nations peacekeepers in southern Lebanon have reported a series of incidents over the past few days in which they have been endangered by Israeli Defense Forces (IDF) as Israel continues its incursion into southern Lebanon.

    Two members of the United Nations Interim Force in Lebanon (Unifil) were wounded on October 10 when an Israeli tank fired its weapon at Unifil’s headquarters in the city of Naqoura. They are reported to be receiving treatment in hospital for minor injuries.

    This follows a series of other reports of IDF troops firing on other Unifil positions in recent days. A Unifil statement called on the IDF “and all actors to ensure the safety and security of UN personnel and property and to respect the inviolability of UN premises at all times”.

    For 44 years the presence of UN peacekeepers in southern Lebanon has provided a much-needed measure of predictability and stability on an international fault line that has the potential to trigger a larger war in the Middle East. Its value has often been to shine an international spotlight on events on the ground and to provide humanitarian assistance to the local population.

    The Unifil peacekeeping mission is in an area of southern Lebanon that stretches from the de facto Lebanese border with Israel about 18 miles northwards up to the Litani River. In violation of UN security council resolution 1701, which was issued in 2006 and was designed to bring to an end the 33-day war between Israel and Hezbollah, Israeli tanks have been advancing into southern Lebanon since September 30. Hezbollah is fighting back – and casualties are mounting.

    On October 5, the Israel Defense Forces (IDF) pressed the Unifil Irish Battalion, stationed south-east of Marun al-Ras, to leave its position to allow the IDF to proceed with their invasion. On October 6, Unifil force commander Lt. Gen. Aroldo Lázaro Sáenz denied the request. A Unifil statement said: “Peacekeepers remain in all positions and the UN flag continues to fly.”


    The IDF reportedly ceased their military operations in the area on October 8. This is most likely because their military goals have changed. The rapidly unfolding Israeli military action in Lebanon has now deployed an additional 15,000 troops. This raises questions about the “limited” nature of the IDF’s incursion and its goals.

    Since 1978, Unifil has provided medical services, electricity, generators, language courses, financial aid and water to local communities. The peacekeeping force has also helped to clear millions of square meters of land from anti-personal mines and cluster bombs, releasing farmland for cultivation and preventing injuries or deaths since the 2006 war.

    In 2006, the Unifil mission adopted a new mandate under UN Resolution 1701. Like all newer UN peacekeeping mandates, it contained a protection of civilians clause which authorises Unifil to “protect civilians under imminent threat of physical violence”.

    Israel contends that Hezbollah missile attacks into northern Israel are an indication that Unifil has never fully implemented 1701 – hence the need to invade and destroy the militant group. But protection of civilians is central to Unifil’s mandate. While the IDF claims it is targeting Hezbollah’s military infrastructure and leadership, thousands of civilian lives in southern Lebanon remain at risk.

    It has recently been reported that more than 2,000 civilians have died in the latest Israeli incursion, with more than 9,000 injured and over 608,000 displaced. So, implementation of this protection clause has never been more important.

    Unifil must not become collateral damage

    Unifil’s ability to protect civilians during Israeli incursions has often been challenged because the IDF refused to guarantee the safety of fleeing civilians, either in convoys out of the villages, or in UN compounds.

    The most notorious incident was the Qana incident of 1996, when 106 civilians died while sheltering in the Fijian UN compound. In July 2006, the IDF used a precision guided aerial bomb on a Unifil post. The attack killed four international unarmed military observers working under Unifil operational control, despite repeated verbal warnings from Unifil headquarters to avoid the post. The IDF has also damaged Unifil positions in times of peace. In January 2005 an unarmed French UN observer was killed by IDF tank fire. In January 2015 IDF artillery killed a Spanish peacekeeper.

    So the challenge for Unifil has always been that if they allow civilians to take shelter in their compounds, they risk becoming part of the IDF’s collateral damage.

    Similarly, Hezbollah is also no friend of Unifil. In December 2022, Hezbollah supporters killed an Irish peacekeeper who ventured accidentally into a village just outside the area of operation.

    International witness

    Despite these challenges, Unifil still has a powerful role to play in southern Lebanon. As the fog of war engulfs all the protagonists, Unifil has the ability to bring the world’s attention to the current conflict which may help constrain the parties. It is critical at this time to have an international force bear witness to events on the ground and provide basic humanitarian assistance, monitor and report potential violations and guarantee shelter to the local population whenever possible to help the displaced people that remain within the Unifil area of operation.

    On October 7, the US State Department warned the IDF that it did not want to see military action taken against Unifil or for the peacekeepers to be put in danger in any way. This warning is welcome given the recent disregard for the UN demonstrated by Israel’s prime minister, Benjamin Netanyahu. who, when speaking to the UN general assembly on September 27, labelled the UN “contemptible in the eyes of decent people everywhere”. On October 2, the Israeli government barred UN secretary general António Guterres from entering Israel.

    Israel’s allies must increase the pressure for the IDF to allow Unifil to exercise the protection of civilians clause contained in its mandate. This would mean allowing the peacekeeping force the freedom of movement in south Lebanon to facilitate the delivery of humanitarian aid. The IDF must also guarantee the safety of civilians escaping with Unifil’s assistance from the villages. And the IDF must allow Unifil to establish safe zones for civilians trapped in the conflict, to compensate for the absence of air raid shelters and bunkers in Lebanon.

    While Unifil may not be able to prevent the bloodshed, for now it can continue help to stem the flow, just as it always has.

    MIL OSI Europe News

  • MIL-OSI China: ​Liu Cixin opens sci-fi museum, wishes Musk success on Mars mission

    Source: China State Council Information Office 3

    An opening ceremony for a museum dedicated to the established sci-fi writer Liu Cixin was part of the first-day activities for the second Liu Cixin Hometown Science Fiction Culture Week in Yangquan, Shanxi province. 

    A photo captures the Liu Cixin Sci-Fi Museum. [Photo/Xinhua]

    Held from Oct. 13 to Oct.16 and in the writer’s hometown, the four-day cultural event includes an array of activities and events such as writers presenting lectures at local schools, a sci-fi and popular science writers’ symposium, a sci-fi literature writing contest, sci-fi artwork exhibitions as well as the opening ceremony for the Liu Cixin Sci-Fi Museum.

    The museum chronicles the award-winning writer’s life and growth, showcases his creative journey and literary achievements, and spotlights the various adaptations his literary works have received since their initial publications. Liu has penned seven novels and over 40 short stories and novellas, including “The Three-Body Problem” and “The Wandering Earth,” in Yangquan.

    During the ceremony, Liu expressed his hope that the museum, the first sci-fi museum focusing on a single sci-fi writer in China, would spark the public’s interest in science fiction literature, saying: “I hope that science fiction can bring readers more joy and awe, allowing them to touch the stars with their imaginations and embrace the future.”

    According to the 2024 China Science Fiction Industry Report, the total revenue of China’s sci-fi industry reached 113.29 billion yuan ($15.94 billion) in 2023, exceeding 100 billion yuan for the first time. A part of this is from adaptations of Liu’s works, with “The Wandering Earth” movies grossing billions of yuan in China’s film market and his Hugo Award-winning novel “The Three-Body Problem” generating influence and contributing to various industries’ profits. 

    However, Liu remained sober in his assessment: “Sci-fi literature has moved from a marginal existence into the spotlight in China, but the current state of this genre is not as flourishing as people might imagine. The popularity of ‘The Three-Body Problem’ was somewhat by chance; Chinese sci-fi literature still needs further, greater development.”

    Liu Cixin (left) announces with local and literature officials the grand opening of the Liu Cixin Sci-Fi Museum in Yangquan, Shanxi province, Oct. 13, 2024. [Photo courtesy of Yangquan Federation of Literary and Art Circles]

    Besides the museum’s opening ceremony on Oct. 13, Liu also attended other activities, such as a panel discussion where he stated that he greatly admires Elon Musk, whose spacecraft manufacturing company SpaceX successfully launched a test flight of Starship on the same day. 

    Back in September, Musk, the founder and CEO of SpaceX, announced on X, formerly known as Twitter and now owned by Musk, that the Starship mega-rocket would begin missions to Mars in two years, launching uncrewed flights to test the safeness of landings. If successful, crewed missions would follow within four years. Musk also stated that flight frequency would then be increased exponentially, aiming to build a self-sustaining city on Mars within 20 years.

    “Although the Mars colonization project may face many difficulties, I still hope he can succeed,” Liu said. When asked whether he would be willing to move to Mars, Liu laughed, responding that: “If it’s a round trip, I would be very willing to go, but if it’s a one-way trip, then it would be very difficult for me. I still have a lot of work to do on Earth, and there’s also my family.”

    Besides looking at how to inhabit the Red Planet, Musk’s business endeavors have also started speculating about technological advancements on the Earth. On Oct. 10, at the Tesla Cybercab robotaxi event, Musk, who is also the CEO of Tesla, shared his vision of a future filled with self-driving cars without steering wheels, parking lots transformed into parks and robots walking among humans. 

    “Musk is like someone who has jumped out of a science fiction novel, turning many things from our science fiction novels into reality,” Liu remarked during the panel discussion.

    Sci-fi writers Chao Xia, Zhu Yuqing and Liu Cixin (left to right) participated on a panel to discuss the theme of “Sci-Fi Literature Empowering New Quality Productive Forces” in Yangquan, Shanxi province, on Oct. 13, 2024. The others who participated in the panel discussion were Li Xiaodong (center), the event host and an official with the China Writers Association; Yu Haichun, a research fellow of the Management Committee of Shijingshan Park in Zhongguancun Science Park; and Wang Weiying, head of the sci-fi division at China Science and Technology Press and director general of the Beijing Yuanyu Science Fiction and Future Technology Research Institute. [Photo courtesy of Yangquan Federation of Literary and Art Circles]

    “The technology for autonomous driving has already reached a very mature stage, but the obstacles to its development may lie not in the technology itself, but at the societal level,” Liu stated. He also acknowledged that, though he has not yet taken a ride in a self-driving vehicle, he frequently sees autonomous delivery vehicles navigating the Yangquan’s streets. Yangquan was the first prefecture-level city in China to fully embrace autonomous driving with autonomous taxis, buses and delivery vehicles. 

    Liu added: “When a new technology replaces an old one, some fluctuations occur. For example, the Luddite Movement of the 19th century involved large-scale worker-led machine destruction. We may now be facing such a historical juncture again, and if the right choices are made, we could usher in a brand-new era of new quality productive forces.”

    MIL OSI China News

  • MIL-OSI United Kingdom: Research programme to ensure UK economy uses AI to grow safely

    Source: United Kingdom – Executive Government & Departments

    Researchers to be supported in boosting defences against societal risks such as deepfakes and cyber-attacks.

    • Support unveiled for researchers to boost defences against societal risks including deepfakes and cyber-attacks 
    • First phase of AI Safety Institute scheme to provide researchers with up to £200,000 in grants launches 
    • Programme dedicated to ‘systemic AI safety’ to boost public trust as technology is rolled out across the economy

    Researchers focused on boosting society’s resilience against AI risks such as deepfakes, misinformation, and cyber-attacks, can now access government grants to drive forward their work which will help ensure the safety of AI, as the UK taps into its potential to spark economic growth and improvements to public services.

    The scheme launched today (Tuesday 15th October), in partnership with the Engineering and Physical Sciences Research Council (EPSRC) and Innovate UK, part of UK Research and Innovation (UKRI), is focused on how society can be protected from the potential risks of AI. It will also support research to tackle the threat of AI systems failing unexpectedly, for example in the financial sector. 

    Tackling these risks head on will boost public confidence in the technology which holds enormous potential to spark long-term growth, while keeping the UK at the heart of research into responsible and trustworthy AI development. Ensuring public confidence in AI is central to the government’s plans for seizing its potential, as the UK harnesses the technology to drive up productivity and deliver public services which are fit for the future.

    To ensure the UK can continue to harness the enormous opportunities of AI, the government has also committed to introduce highly-targeted legislation for the handful of companies developing the most powerful AI models, ensuring a proportionate approach to regulation rather than new blanket rules on its use.

    Systemic AI safety is focused on the systems and infrastructure where AI is being deployed across different sectors. The programme launched today hopes to spark a broad range of research to identify the critical risks of frontier AI adoption in critical sectors like healthcare and energy services, identifying potential solutions which can then be transformed into long-term tools which tackle potential AI risks in these areas.

    Secretary of State for Science, Innovation, and Technology, Peter Kyle said: 

    My focus is on speeding up the adoption of AI across the country so that we can kickstart growth and improve public services. Central to that plan though is boosting public trust in the innovations which are already delivering real change.

    That’s where this grants programme comes in. By tapping into a wide range of expertise from industry to academia, we are supporting the research which will make sure that as we roll AI systems out across our economy, they can be safe and trustworthy at the point of delivery.

    Launching the formal opening of its Systemic Safety Grants Programme, the UK’s AI Safety Institute is looking to back around 20 projects with funding of up to £200,000 each over the course of its first phase, worth £4 million. In total the fund is worth £8.5 million, first announced at May’s AI Seoul Summit, with the additional cash to become available in due course as further phases are launched. 

    Applicants will be assessed on the potential issues their research could solve and what risks it addresses, having until 26th of November to submit their proposals. 

    AI Safety Institute Chair Ian Hogarth, said:

    This grants programme allows us to advance broader understanding on the emerging topic of systemic AI safety. It will focus on identifying and mitigating risks associated with AI deployment in specific sectors which could impact society, whether that’s in areas like deepfakes or the potential for AI systems to fail unexpectedly.

    By bringing together researcher from a wide range of disciplines and backgrounds into this process of contributing to a broader base of AI research, we’re building up empirical evidence of where AI models could pose risks so we can develop a rounded approach to AI safety for the global public good.

    The AI Safety Institute’s work in evaluating the safety of AI models is just one part of its mission, and the grants programme is set to deliver new research which will ultimately help societies across the world to better manage changes the technology could bring.  

    UK-based organisations are eligible to apply for grant funding via a dedicated website, and the programme’s opening phase will aim to deepen understandings over what challenges AI is likely to pose to society in the near future. Projects can also include international partners, boosting collaboration between developers and the AI research community while strengthening the shared global approach to the safe deployment and development of the technology.  

    Successful applicants will be confirmed in the end of January 2025, with the first round of grants then set to be awarded in February.

    Notes to editors

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    Published 15 October 2024

    MIL OSI United Kingdom