Category: Scandinavia

  • MIL-OSI: Tryg A/S – Interim report Q3 2024 and Q1-Q3 2024

    Source: GlobeNewswire (MIL-OSI)

    Tryg’s Supervisory Board has today approved the Q3 and Q1-Q3 2024 interim report.

    Tryg reported an insurance service result of DKK 2,130m (DKK 1,513m) and a combined ratio of 78.2% (83.8%) in Q3 2024. The insurance service result was supported by significantly lower weather and large claims compared to the corresponding period in 2023. The underlying claims ratio for the Group improved by 30 basis points driven by continued profitability initiatives. The underlying claims ratio for the Private segment deteriorated by 20 basis points while it deteriorated 40 basis points in Q2 2024. Tryg reported a top-line growth of 3.9% (4.4%) in Q3 2024. The top-line development was mainly driven by price adjustments across all segments to offset inflationary pressure, whilst there was a continued and expected drop in the Corporate business following higher churn in the first part of the year and in line with Tryg’s re-balancing strategy. Synergies from the RSA Scandinavia acquisition were DKK 58m in the quarter reaching DKK 864m accumulated. The investment result was DKK 444m (DKK 265m) driven by positive returns across all asset classes. Pre-tax profit was DKK 2,134m (DKK 1,225m) and profit after tax was DKK 1,611m. Quarterly dividend of DKK 1.95 (DKK 1.85) per share increased by more than 5%, and a solvency ratio of 202% supportive of future shareholders’ remuneration.

    Financial highlights Q3 2024

    • Insurance revenue growth of 3.9% in local currencies (4.4%)
    • Insurance service result of DKK 2,130m (DKK 1,513m)
    • Combined ratio of 78.2% (83.8%)
    • Expense ratio of 13.3% (13.3%)
    • Investment result of DKK 444m (DKK 265m)
    • Profit before tax of DKK 2,134m (DKK 1,225m)
    • Quarterly ordinary dividend of DKK 1.95 (DKK 1.85) per share and solvency ratio of 202%

    Financial highlights Q1-Q3 2024

    • Insurance revenue growth of 4.2% in local currencies (4.3%)
    • Insurance service result of DKK 5,617m (DKK 4,745m)
    • Combined ratio of 80.5% (82.9%)
    • Expense ratio of 13.5% (13.3%)
    • Investment result of DKK 908m (DKK 485m)
    • Profit before tax of DKK 5,270m (DKK 3,640m)
    • Dividend per share of DKK 5.85 (DKK 5.55) per share

    Customer highlights Q3 2024

    • Customer satisfaction score of 86 (86)

    Statement by Group CEO Johan Kirstein Brammer:
    We have delivered a solid insurance service result in the third quarter, once again highlighting our strength as a full-scale insurance operator in Denmark, Norway and Sweden. Today’s results are the last before we present our new strategy, and the numbers underpin our expectation of achieving our financial goals for the strategy period. These goals include an insurance service result of between DKK 7.2 and 7.6 billion and a combined ratio at or below 82% by the end of 2024,” says Johan Kirstein Brammer, CEO of Tryg.

    Conference call
    Tryg hosts a conference call today at 10:00 CET. CEO Johan Kirstein Brammer, CFO Allan Kragh Thaysen, CTO Mikael Kärrsten and Head of IR, SVP Gianandrea Roberti will present the results in brief followed by Q&As.

    The conference call will be held in English. An on-demand version will be available shortly after the conference call has ended.

    Conference call details:
    Danish participants:              +45 78 76 84 90
    UK participants:                    +44 203 769 6819
    US participants:                    +1 646 787 0157
    PIN: 560768

    The interim report material can be downloaded on http://www.tryg.com/downloads-2024 shortly after the time of release.
    Contact information:

    Visit tryg.com for more information. 

    Attachment

    The MIL Network

  • MIL-OSI Africa: South Africa needs more nautical scientists and marine engineers – if you love the sea these may be the careers for you

    Source: The Conversation – Africa – By Ekaterina Rzyankina, Lecturer, Cape Peninsula University of Technology

    When most people are asked to picture an engineer at work, they probably imagine a civil engineer in a hard hat at a construction site, a chemical engineer in a laboratory or an electrical engineer examining a complex circuit board. Very few, I’m willing to bet, visualise someone aboard a ship.

    But, for those drawn both to engineering and a seafaring life, marine engineering and nautical science are ideal careers – especially in a country like South Africa, uniquely positioned where the Atlantic and Indian Oceans converge.

    Over 90% of the world’s goods are transported by sea. That means both marine engineers and nautical scientists are crucial to global trade, transportation and resource management. These professionals play a critical role in ensuring that vessels operate reliably, comply with environmental regulations and navigate safely through the world’s oceans.

    South Africa’s Department of Higher Education does not distinguish between different types of engineering when collecting statistics about graduates. However, those of us in the marine engineering and nautical science space in academia can confirm the numbers are low. At my own institution, the Cape Peninsula University of Technology (CPUT) in Cape Town, between ten and 20 people graduate each year from these programmes. At another, Nelson Mandela University in the Eastern Cape province, around seven people graduate in these fields each year. With so few people studying these disciplines, the skills they impart are in high demand. The government’s list of scarce skills for 2024 includes “marine engineering technologist”.

    I’m an engineering lecturer in the Department of Maritime Studies at CPUT. There, I teach in both the Bachelor of Nautical Science and Marine Engineering programmes, lecturing on a variety of subjects, including mathematics and applied thermodynamics (the branch of physics that deals with the relationships between heat, energy and work).

    Watching my students complete their degrees and start careers in marine engineering or nautical science has made it clear that this work offers a blend of adventure, technical challenge, and the opportunity to contribute to an industry that is essential to global commerce and environmental stewardship.

    Whether it’s designing cutting-edge marine technology or navigating the world’s vast oceans, the maritime field promises a fulfilling professional journey.

    Theory and practice

    Three universities – CPUT, Nelson Mandela University and the Durban University of Technology in KwaZulu-Natal – offer maritime studies courses aimed at those who intend to work at sea. A fourth, the University of KwaZulu-Natal, offers this degree with a focus on maritime law and logistics. There are also some specialised training institutions, among them the South African Maritime Safety Authority, that provide various qualifications and certifications.

    You’ll need to have taken mathematics, physical science and English in your school-leaving matric year, and to have passed them well. (Contact individual universities to find out their precise degree requirements.) A strong interest in and commitment to a career at sea or in the maritime industry more broadly is crucial.

    Being a strong swimmer can be an advantage. But it is not necessarily a requirement. Students who do not know how to swim will typically have the opportunity to learn and develop their swimming skills as part of their training.

    There are practical and theoretical components to these degrees. At our Granger Bay campus near the V&A Waterfront in Cape Town, for instance, we’ve set up a survival centre – a practical facility where students receive training to equip them for life at sea. It is fully equipped with three fully enclosed lifeboats, two open lifeboats, a rigid capsule, two fast rescue craft, a heated 12 x 7 metre pool, an underwater escape training dunker, various life rafts, life jackets, immersion suits, and more.


    Read more: Seasickness: we built a digital monitoring system on a South African research ship to help manage it


    On the theoretical side, a Bachelor of Nautical Science programme focuses on the navigation and operation of ships. It encompasses navigation techniques, ship stability, cargo handling, meteorology, and maritime laws. This prepares students for careers as navigators in the merchant navy. (Not to be confused with the military navy – a merchant navy is a country’s commercial shipping industry, which includes all the cargo and passenger ships that are registered under that nation and used for trade, transport and other non-military purposes.)

    Some of our graduates have gone on to become ship’s masters, also called captains – the highest ranking officer on any ship.

    Marine engineering programmes, meanwhile, focus on the design, development, operation and maintenance of the mechanical systems and equipment used on ships and other marine vessels. This includes everything from engines and propulsion systems to refrigeration and steering mechanisms. Marine engineers ensure that these systems function efficiently and safely. They often work closely with naval architects to integrate these technologies into new ship designs or retrofit them into existing vessels.

    Ample opportunities

    Oceanic African countries, like South Africa, need people with these skills to harness the full potential of their maritime resources.


    Read more: What South Africa can do to harness a neglected resource – its oceans


    The development of local expertise in maritime engineering and nautical science is essential for ensuring safe and efficient maritime operations. It also helps to protect marine environments and contributes to global maritime trade. Skilled professionals in these fields help these countries take advantage of their maritime assets, promote economic growth and enhance their roles in international commerce.

    As a proud lecturer, I am thrilled to see my students progress and develop both internationally and locally. Many have gone on to work in various exciting and prestigious roles around the world. Some have become ship’s masters, navigating and managing large vessels on international waters, while others have taken on critical roles in maritime operations, port management and logistics in countries such as Singapore, Norway and the United Kingdom. Some have pursued careers in maritime law and policy. Their career paths reflect the diverse and global opportunities available in the maritime industry.

    – South Africa needs more nautical scientists and marine engineers – if you love the sea these may be the careers for you
    https://theconversation.com/south-africa-needs-more-nautical-scientists-and-marine-engineers-if-you-love-the-sea-these-may-be-the-careers-for-you-234104

    MIL OSI Africa

  • MIL-OSI: Konsolidator completes private placement

    Source: GlobeNewswire (MIL-OSI)

    Company announcement no 16-2024

    Søborg, October 16, 2024

    Konsolidator completes private placement

    In company announcement no. 15-2024, Konsolidator A/S (“Konsolidator”) announced the resolution by the Board of Directors to issue up to 573,979 new shares in a private placement. The new shares have been subscribed for by existing investors.

    Konsolidator announces the completion of the private placement as all 573,979 new shares have been subscribed for and the total subscription amount of DKK 2.2m has been received by Konsolidator.

    The new shares and the related capital increase will be registered at the Danish Business Authority today, following which the company has a registered share capital of nominal DKK 909,388. The share capital will consist of 22,734,700 shares, each with a nominal value of DKK 0.04. Each share carries one vote, corresponding to a total of 22,734,700 votes.

    The new shares represent approximately 2.6% of Konsolidator’s share capital before the capital increase and 2.6% of Konsolidator’s share capital after the capital increase.

    The new shares are expected to be admitted to trading on Nasdaq First North Growth Market Denmark on October 15, 2024 under the ISIN code of Konsolidator’s existing shares, DK0061113511.

    Following registration of the capital increase, the authorization in section 3.1.8 of the articles of association for the Board of Directors to issue shares without pre-emption rights has been reduced to a nominal value of DKK 156,089.68.

    The updated articles of association are available at http://www.konsolidator.com/investor/.

    Contacts

    Certified Adviser

    About Konsolidator
    Konsolidator A/S is a financial consolidation software company whose primary objective is to make Group CFOs around the world better through automated financial consolidation and reporting in the cloud. Created by CFOs and auditors and powered by innovative technology, Konsolidator removes the complexity of financial consolidation and enables the CFO to save time and gain actionable insights based on key performance data to become a vital part of strategic decision-making. Konsolidator was listed at Nasdaq First North Growth Market Denmark in 2019. Ticker Code: KONSOL

    Attachment

    The MIL Network

  • MIL-OSI Global: South Africa needs more nautical scientists and marine engineers – if you love the sea these may be the careers for you

    Source: The Conversation – Africa – By Ekaterina Rzyankina, Lecturer, Cape Peninsula University of Technology

    Careers in the maritime industry can take graduates all over the world. Igor-Kardasov

    When most people are asked to picture an engineer at work, they probably imagine a civil engineer in a hard hat at a construction site, a chemical engineer in a laboratory or an electrical engineer examining a complex circuit board. Very few, I’m willing to bet, visualise someone aboard a ship.

    But, for those drawn both to engineering and a seafaring life, marine engineering and nautical science are ideal careers – especially in a country like South Africa, uniquely positioned where the Atlantic and Indian Oceans converge.

    Over 90% of the world’s goods are transported by sea. That means both marine engineers and nautical scientists are crucial to global trade, transportation and resource management. These professionals play a critical role in ensuring that vessels operate reliably, comply with environmental regulations and navigate safely through the world’s oceans.

    South Africa’s Department of Higher Education does not distinguish between different types of engineering when collecting statistics about graduates. However, those of us in the marine engineering and nautical science space in academia can confirm the numbers are low. At my own institution, the Cape Peninsula University of Technology (CPUT) in Cape Town, between ten and 20 people graduate each year from these programmes. At another, Nelson Mandela University in the Eastern Cape province, around seven people graduate in these fields each year. With so few people studying these disciplines, the skills they impart are in high demand. The government’s list of scarce skills for 2024 includes “marine engineering technologist”.

    I’m an engineering lecturer in the Department of Maritime Studies at CPUT. There, I teach in both the Bachelor of Nautical Science and Marine Engineering programmes, lecturing on a variety of subjects, including mathematics and applied thermodynamics (the branch of physics that deals with the relationships between heat, energy and work).

    Watching my students complete their degrees and start careers in marine engineering or nautical science has made it clear that this work offers a blend of adventure, technical challenge, and the opportunity to contribute to an industry that is essential to global commerce and environmental stewardship.

    Whether it’s designing cutting-edge marine technology or navigating the world’s vast oceans, the maritime field promises a fulfilling professional journey.

    Theory and practice

    Three universities – CPUT, Nelson Mandela University and the Durban University of Technology in KwaZulu-Natal – offer maritime studies courses aimed at those who intend to work at sea. A fourth, the University of KwaZulu-Natal, offers this degree with a focus on maritime law and logistics. There are also some specialised training institutions, among them the South African Maritime Safety Authority, that provide various qualifications and certifications.

    You’ll need to have taken mathematics, physical science and English in your school-leaving matric year, and to have passed them well. (Contact individual universities to find out their precise degree requirements.) A strong interest in and commitment to a career at sea or in the maritime industry more broadly is crucial.

    Being a strong swimmer can be an advantage. But it is not necessarily a requirement. Students who do not know how to swim will typically have the opportunity to learn and develop their swimming skills as part of their training.

    There are practical and theoretical components to these degrees. At our Granger Bay campus near the V&A Waterfront in Cape Town, for instance, we’ve set up a survival centre – a practical facility where students receive training to equip them for life at sea. It is fully equipped with three fully enclosed lifeboats, two open lifeboats, a rigid capsule, two fast rescue craft, a heated 12 x 7 metre pool, an underwater escape training dunker, various life rafts, life jackets, immersion suits, and more.




    Read more:
    Seasickness: we built a digital monitoring system on a South African research ship to help manage it


    On the theoretical side, a Bachelor of Nautical Science programme focuses on the navigation and operation of ships. It encompasses navigation techniques, ship stability, cargo handling, meteorology, and maritime laws. This prepares students for careers as navigators in the merchant navy. (Not to be confused with the military navy – a merchant navy is a country’s commercial shipping industry, which includes all the cargo and passenger ships that are registered under that nation and used for trade, transport and other non-military purposes.)

    Some of our graduates have gone on to become ship’s masters, also called captains – the highest ranking officer on any ship.

    Marine engineering programmes, meanwhile, focus on the design, development, operation and maintenance of the mechanical systems and equipment used on ships and other marine vessels. This includes everything from engines and propulsion systems to refrigeration and steering mechanisms. Marine engineers ensure that these systems function efficiently and safely. They often work closely with naval architects to integrate these technologies into new ship designs or retrofit them into existing vessels.

    Ample opportunities

    Oceanic African countries, like South Africa, need people with these skills to harness the full potential of their maritime resources.




    Read more:
    What South Africa can do to harness a neglected resource – its oceans


    The development of local expertise in maritime engineering and nautical science is essential for ensuring safe and efficient maritime operations. It also helps to protect marine environments and contributes to global maritime trade. Skilled professionals in these fields help these countries take advantage of their maritime assets, promote economic growth and enhance their roles in international commerce.

    As a proud lecturer, I am thrilled to see my students progress and develop both internationally and locally. Many have gone on to work in various exciting and prestigious roles around the world. Some have become ship’s masters, navigating and managing large vessels on international waters, while others have taken on critical roles in maritime operations, port management and logistics in countries such as Singapore, Norway and the United Kingdom. Some have pursued careers in maritime law and policy. Their career paths reflect the diverse and global opportunities available in the maritime industry.

    Ekaterina Rzyankina is affiliated with the Cape Peninsula University of Technology (CPUT).

    ref. South Africa needs more nautical scientists and marine engineers – if you love the sea these may be the careers for you – https://theconversation.com/south-africa-needs-more-nautical-scientists-and-marine-engineers-if-you-love-the-sea-these-may-be-the-careers-for-you-234104

    MIL OSI – Global Reports

  • MIL-OSI Security: NATO holds annual nuclear exercise: Steadfast Noon

    Source: NATO

    NATO will begin its annual nuclear exercise “Steadfast Noon” on Monday (14 October 2024) with more than 60 aircraft taking part in training flights over western Europe. Steadfast Noon runs for two weeks and involves fighter jets capable of carrying U.S. nuclear warheads, but does not involve any live weapons.

    “Nuclear deterrence is the cornerstone of Allied security,” NATO Secretary General Mark Rutte said. “Steadfast Noon is an important test of the Alliance’s nuclear deterrent and sends a clear message to any adversary that NATO will protect and defend all Allies.”

    NATO’s nuclear exercise is a routine and recurring training activity that happens every October. Steadfast Noon involves 2,000 military personnel from eight airbases and a variety of aircraft types, including nuclear-capable jets, bombers, fighter escorts, refuelling aircraft and planes capable of reconnaissance and electronic warfare. This year’s exercise involves flights mainly over host countries Belgium and the Netherlands and in airspace over Denmark, the United Kingdom and the North Sea. Planning for the exercise began a year ago and thirteen Allies will send aircraft to take part in the drills.

    NATO is taking steps to ensure the safety, security, effectiveness and credibility of the Alliance’s nuclear deterrent. For example, this year, the first Allied F-35A fighter aircraft from the Netherlands were declared ready to perform nuclear roles. NATO’s Washington Summit declaration makes clear that “the fundamental purpose of NATO’s nuclear capability is to preserve peace, prevent coercion and deter aggression,” It states that “as long as nuclear weapons exist, NATO will remain a nuclear alliance.”  

    MIL Security OSI

  • MIL-OSI Europe: Sweden’s development assistance for global health and SRHR makes a difference and saves lives

    Source: Government of Sweden

    Sweden’s development assistance for global health and SRHR makes a difference and saves lives – Government.se

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    Press release from Ministry for Foreign Affairs

    Published

    Sweden is an active force for child and maternal care, sexual and reproductive health and rights (SRHR) and other health care around the world. Support to health care in Ukraine, access to SRHR, and fundamental health and vaccination campaigns are important focus areas. Cooperation with civil society is also being strengthened. The annual development assistance for health report, published today, 11 October, outlines all of this and much more.

    “Investments in global health lead to a safer and healthier world, in which more people are given the conditions to live and shape their own prosperity. Sweden’s broad efforts for global health and SRHR are often critical – not least operations to get vaccines and medicines to those most in need, but also our efforts to strengthen health and medical care in low- and middle-income countries,” says Minister for International Development Cooperation and Foreign Trade Benjamin Dousa.

    Last year, Sweden’s development assistance for health totalled approximately SEK 5.7 billion. The annual development assistance for health report outlines Sweden’s overall support to global health and SRHR. It has been published every year since 2012 and is based on statistics from the Ministry for Foreign Affairs and the Swedish International Development Cooperation Agency (Sida). 

    In 2023, bilateral health assistance to Ukraine increased, helping to ensure access to basic and life-saving care – an area that has been hard-hit following Russia’s full-scale invasion. The Government’s drive to support civil society organisations has contributed to preventive measures in low- and middle-income countries, including against sexual and gender-based violence. 

    Press contact

    MIL OSI Europe News

  • MIL-OSI Europe: Venezuela: Statement by the High Representative on behalf of the EU on post-election developments

    Source: Government of Sweden

    Venezuela: Statement by the High Representative on behalf of the EU on post-election developments – Government.se

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    Published

    The European Union continues to follow developments in Venezuela with great concern. Reports from international election observation missions clearly state that the presidential elections on 28th July did not meet international standards of electoral integrity.

    Despite its own commitment, the National Electoral Council of Venezuela (CNE) has not yet published the official voting records (“actas”) of polling stations. Without evidence to support them, the results published on 2nd August by the CNE cannot be recognised. Any attempt to delay the full publication of the official voting records will only cast further doubt on the credibility of the officially published results.

    Copies of the electoral voting records published by the opposition, and reviewed by several independent organisations, indicate that Edmundo González Urrutia would appear to be the winner of the Presidential elections by a significant majority.

    The European Union thus calls for further independent verification of the electoral records, if possible by an internationally reputed entity.

    At this critical time, it is important that demonstrations and protests remain peaceful. The European Union calls for calm and restraint. Venezuelan authorities, including security forces, must fully respect human rights, including freedom of expression and of assembly.

    The European Union is seriously concerned about the growing number of arbitrary detentions and the continued harassment of the opposition. The European Union calls on Venezuelan authorities to put an end to arbitrary detentions, repression and violent rhetoric against members of the opposition and civil society, and to release all political prisoners.

    The European Union welcomes the efforts of regional partners, with whom it remains in close contact, to promote dialogue and a negotiated solution to the crisis.

    Respecting the will of the Venezuelan people remains the only way for Venezuela to restore democracy and to solve the current humanitarian and socio-economic crisis.

    The statement published on the website of the European Council

    MIL OSI Europe News

  • MIL-OSI Europe: Sweden’s development assistance for health 2023

    Source: Government of Sweden

    Sweden’s development assistance for health 2023 – Government.se

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    Published

    In 2023,Sweden’s development assistance for health totalled approximately SEK 5.7 billion. Support to health care in Ukraine, access to SRHR, and fundamental health and vaccination campaigns are important focus areas.

    Download:

    Sweden’s development assistance for health amounted to approximately
    SEK 5.7 billion in 2023, accounting for 10.4 per cent of Sweden’s total
    development assistance, excluding deductions for asylum costs. Approximately SEK 3.4 billion (equivalent to 61 per cent) of this was channelled via the Ministry for Foreign Affairs. The remaining funds, just over SEK 2.2 billion (corresponding to 39 per cent), were channelled via Sida’s bilateral, regional and global strategies.

    The total amount of development assistance for health has varied over the years. In 2020–2021, it was record high in response to the COVID-19 pandemic. Percentage-wise, total development assistance for health in 2023 decreased slightly compared to pre-pandemic levels. During the period 2019–2023, the Ministry for Foreign Affairs managed a larger financial share of Sweden’s development assistance for health than Sida.

    MIL OSI Europe News

  • MIL-OSI: Decisions of Innofactor Plc’s Extraordinary General Meeting and the organizing meeting of the Board of Directors

    Source: GlobeNewswire (MIL-OSI)

    Innofactor Plc Stock Exchange Release October 11, 2024, at 13:00 Finnish time

    Removing the transfer restrictions on the remuneration shares of the members of the Board of Directors

    In previous Annual General Meetings, Innofactor has approved decisions regarding the remuneration of the Board of Directors. It has been decided that Innofactor requires Board Members to hold the shares they receive as annual compensation for the duration of their Board Membership. This means that there is a restriction on the transfer of these shares during their tenure.

    According to the proposal presented in the meeting invitation, the General Meeting decided to remove all transfer restrictions on all shares received as compensation by the Board Members elected at Innofactor Plc’s Annual General Meeting on March 27, 2024, prior to the date of the Extraordinary General Meeting.

    Board of Directors’ remuneration

    The General Meeting decided that the remuneration for the Chairman of the Board and Board Members will remain unchanged, in accordance with the decision made at Innofactor’s Annual General Meeting on March 27, 2024. However, for the Board Members elected at the Extraordinary General Meeting, the remuneration will be paid entirely in cash, proportionate to the length of their term, taking into account any remuneration already paid to the continuing Board Members. Therefore, the General Meeting decided to pay the Chairman of the Board 5,000 euros per month and Board Members 2,500 euros per month for the duration of their term, with the monthly cash remuneration for continuing Board Members reduced by 50 percent if they have already received a share-based remuneration. No separate meeting fees will be paid.

    Additionally, the General Meeting decided that the remuneration already paid to the Board Members in accordance with the decision made at Innofactor’s Annual General Meeting on March 27, 2024, will be paid in full, and no repayment of the already paid remuneration will be required based on the length of their term.

    The General Meeting decided that for those Board Members who were not re-elected and whose term ended at the conclusion of the Extraordinary General Meeting, the monthly cash remuneration, as determined by the decision of the Annual General Meeting, will be paid until the date of the Extraordinary General Meeting.

    Composition of the Board of Directors

    The General Meeting decided that the Board of Directors shall have four members. Mr. Sami Ensio and Mr. Risto Linturi were re-elected as members to the Board of Directors, and Mr. Antti Kummu and Mr. Timo Larjomaa were elected as new members of the Board of Directors for a term that begins at the conclusion of the Extraordinary General Meeting and ends at the conclusion of the next Annual General Meeting. The term of those Innofactor Board Members who were not re-elected ended at the conclusion of the Extraordinary General Meeting.

    At the organizing meeting held after the Extraordinary General Meeting, Mr. Antti Kummu was elected as Chairman of the Board.

    The Board elected Mr. Antti Kummu as the chairman of the remuneration committee and Mr. Timo Larjomaa and Mr. Risto Linturi as its members.

    The minutes of the Extraordinary General Meeting will be available on Innofactor Plc’s web site at https://www.innofactor.com/invest-in-us/general-meeting/ as of October 25, 2024, at the latest.

    Espoo, October 11, 2024

    INNOFACTOR PLC

    Board of Directors

    Additional information:
    Sami Ensio, CEO
    Innofactor Plc
    Tel. +358 50 584 2029
    sami.ensio@innofactor.com

    Distribution:
    NASDAQ Helsinki
    Main media
    http://www.innofactor.com

    Innofactor
    Innofactor is the leading driver of the modern digital organization in the Nordic Countries for its about 1,000 customers in commercial and public sector. Innofactor has the widest solution offering and leading know-how in the Microsoft ecosystem in the Nordics. Innofactor has about 600 enthusiastic and motivated top specialists in Finland, Sweden, Denmark and Norway. The Innofactor Plc share is listed in the technology section of the main list of NASDAQ Helsinki Oy. http://www.innofactor.com #ModernDigitalOrganization #PeopleFirst #CreatingSmiles #BeTheRealYou

    The MIL Network

  • MIL-OSI Europe: Iceland hosts Arctic Allies

    Source: Government of Iceland

    On 9 October, the Chiefs of Defence of Iceland, Canada, Denmark, Norway, Finland, Sweden and the United States met in Keflavík, Iceland, to discuss priorities and perspectives in relation to the security situation in the Arctic.

    As the strategic importance of the Arctic continues to grow, the Chiefs of Defence discussed opportunities for increased regional cooperation, including in response to challenges brought about by climate change, economic activities and increased maritime traffic. Two and a half years following Russia’s full-scale invasion of Ukraine, they also discussed increased Russian military build-up and the importance of maintaining situational awareness in the region.

    These key annual meetings between close Allies serve to coordinate and deepen partnerships and strengthen shared situational awareness. Iceland hosted the meeting, chaired by the Director General of Iceland’s Directorate for Defence, which is part of the Ministry for Foreign Affairs. 

    MIL OSI Europe News

  • MIL-OSI Europe: Sweden’s Prime Minister receives President-elect of the European Council

    Source: Government of Sweden

    Sweden’s Prime Minister receives President-elect of the European Council – Government.se

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    Published

    President-elect of the European Council António Costa will take office at the beginning of December. On 8 October, Mr Costa was welcomed to Stockholm by Prime Minister Ulf Kristersson. During a working lunch, they discussed working methods and issues that will be high on the EU agenda going forward.

    • Prime Minister Ulf Kristersson and President-elect of the European Council António Costa held a working lunch in the Sager House.

      Photo: Government Offices

    • Prime Minister Ulf Kristersson and President-elect of the European Council António Costa held a working lunch in the Sager House.

      Photo: Magnus Liljegren/Government Offices

    • Prime Minister Ulf Kristersson and President-elect of the European Council António Costa held a working lunch in the Sager House.

      Photo: Magnus Liljegren/Government Offices

    “Among other topics, we spoke about Sweden’s four main priorities in the EU going forward. It’s about supporting Ukraine, strengthening the Union’s competitiveness, ambitious and effective climate action measures, and the fight against organised crime. I also underlined that Sweden will continue to be a constructive and active player in the EU,” said Mr Kristersson. 

    Mr Costa will take up his post as President of the European Council in early December. He succeeds Charles Michel, who has been President since 2019. 

    “António Costa is highly experienced and capable. I am convinced that he will take on the Presidency in a commendable manner,” said Mr Kristersson. 

    MIL OSI Europe News

  • MIL-OSI United Nations: Secretary-General’s video message to the Siena College Laudato Si’ Center for Ecology Global Climate Crisis Symposium

    Source: United Nations secretary general

    Download the video: https://s3.amazonaws.com/downloads2.unmultimedia.org/public/video/evergreen/MSG+SG+/SG+16+Aug+24/3246514_MSG+SG+SIENA+COLLEGE+16+AUG+24.mp4

    Dr Seifert, Brother Perry, Brothers and Sisters,

    I thank Siena College for organising this conference.

    My personal links to the Franciscans run deep.

    Father Vítor Melícias – a Franciscan priest – is a lifelong friend, who has presided over both my wedding ceremonies, baptized my children, and celebrated mass many times in my home.

    And as an António from Lisbon, I have a strong connection with Santo António – one of the first Franciscans.

    People from Lisbon and people from Padua may never agree on where Santo António belongs, but of course, he belongs to the whole world.

    And that world – our world – is in trouble.

    We are witnessing real-time climate collapse – the result of the greenhouse gases we are spewing into the atmosphere. 

    Temperature records are falling like dominoes. 

    Violent weather is becoming more extreme and more brutal.

    This year, we’ve seen Hurricane Beryl wreak havoc across the Caribbean and –reportedly – deprive almost three million Texans of power.

    We’ve seen heat force schools to close in Africa and Asia.

    And we’ve seen a mass global coral bleaching caused by unprecedented ocean temperatures, soaring past the worst predictions of scientists.

    All this puts peace and justice in peril –as Saint Francis would have understood.

    As Pope Francis has said, Saint Francis “shows us just how inseparable the bond is between concern for nature, justice for the poor, commitment to society, and interior peace.”

    Today, floods and droughts are fuelling instability, driving conflict, and forcing people from their homes.

    And though climate chaos is everywhere, it doesn’t affect everyone equally.

    The very people most at risk, are those who did the least to cause the crisis: small island states, developing countries, the poor, and the vulnerable.

    This is breathtaking injustice – and it is just the beginning.

    Brothers and Sisters,

    The patron saint of ecology has much to teach us about making peace with nature.

    So of course, does Pope Francis. Including through his inspiring 2015 encyclical Laudato Si’, after which this Center is named.

    Pope Francis tells us that: “When we exploit creation, we destroy the sign of God’s love for us.” He reminded us that human beings are “custodians” of this creation, not “masters” of it.

    We must stop intentionally destroying our natural world and its gifts.    

    We must protect people from the destruction we have unleashed.

    We must deliver climate justice for the vulnerable.

    And, crucially, we must limit the rise in global temperature to 1.5 degrees Celsius – as countries agreed to do in the landmark international climate pact – the Paris Agreement.

    Brothers and Sisters,

    The 1.5 degree limit is vital.

    Our planet is a mass of complex, connected systems. 

    Every fraction of a degree of global heating counts.

    The difference between a temperature rise of 1.5 and two degrees could be the difference between extinction and survival for some small island states and coastal communities.

    And the difference between minimizing climate chaos or crossing dangerous tipping points.

    For example, temperatures rising over 1.5 degrees would likely mean the collapse of the Greenland Ice Sheet and the West Antarctic Ice Sheet with catastrophic sea level rise.

    But we are nearly out of time. 

    Meeting the 1.5 degree limit means cutting emissions 43 per cent on 2019 levels by the end of this decade.

    That is daunting, but possible – if, and only if, leaders act now.

    Next year, governments must submit new national climate action plans – known as nationally determined contributions.  These will dictate emissions for the coming years.

    At the United Nations climate conference last year – COP28 – countries agreed to align those plans with the 1.5 degree limit.

    That means, putting the world on track:

    To reach net zero global emissions by 2050;

    End deforestation by 2030;

    Accelerate the roll out of renewables.

    And phase out planet-wrecking fossil fuels – fast and fairly.

    Fossil fuel expansion and new coal plants are inconsistent with 1.5 degrees.

    They must stop.

    Not only for the sake of the climate. But for sustainable development and economies too.

    Renewable power can connect people to electricity for the first time – transforming lives in the most remote and poorest regions.

    And onshore wind and solar are the cheapest source of new electricity in most of the world.

    Brothers and Sisters,

    We cannot accept a future where the rich are protected in air-conditioned bubbles, while the rest of humanity is lashed by lethal weather in unlivable lands.

    Leaders must take urgent steps to shield communities from the impact of climate destruction – for example, building flood defenses, and early warning systems to alert people that extreme weather is coming.

    But developing countries can neither cut emissions nor protect themselves if money is not available.

    Today, eye-watering debt repayments are drying up funds for climate action.

    Extortion-level capital costs are putting renewables virtually out of reach for most developing and emerging economies.

    This must change.

    Developed countries have made promises to deliver climate finance – they must keep them.

    All countries must support action on debt, and deep reforms to the multilateral system – including the Multilateral Development Banks – so that they can provide developing countries with far more low-cost capital.

    And governments must make generous contributions to the new Loss and Damage Fund – providing financial assistance to countries most impacted by climate change.

    Brothers and Sisters,

    You play a vital role.

    Everywhere, young people and religious communities are on the frontlines for bold climate action. 

    The Laudate Si Franciscan Network can be an important part of these efforts.

    Together, we must stand with our brothers and sisters around the world in the fight for climate justice;
     
    Alert our fellow citizens to the crisis;

    Inspire them to call for change;

    And demand that our governments take this chance, and act: to protect the vulnerable, deliver justice and save the planet.

    In the words of Pope Francis:

    “Let us choose the future.  May we be attentive to the cry of the earth, may we hear the plea of the poor, may we be sensitive to the hopes of the young and the dreams of children!”

    Thank you.
     

    MIL OSI United Nations News

  • MIL-OSI Global: A realistic statue of Mary giving birth was criticized, then vandalized − but saints and artists have often reimagined Christ’s birth

    Source: The Conversation – USA – By Virginia Raguin, Distinguished Professor of Humanities Emerita, College of the Holy Cross

    A silhouette of onlookers in front of Esther Strauss’ sculpture ‘Crowning.’ Michel M. Raguin with cooperation of the Mariendom Linz , CC BY

    A sculpture of the Virgin Mary showing her giving birth to Jesus was recently attacked and beheaded. Called “Crowning” by the artist Esther Strauss, the sculpture had been part of a temporary exhibition of art outside the Catholic St. Mary Cathedral in Linz, Austria.

    The sculpture was controversial for its explicit depiction of birth; an online petition seeking its removal received more than 12,000 signatures. Strauss’ work was part of a project that sought to look at gender equality and the role of women, designed to honor the 100th anniversary of the cathedral’s consecration to the Virgin Mary. The exhibition opened on June 27, 2024, and the statue was vandalized a few days later.

    My research as a historian of art has shown me that there has never been only one way of depicting the birth of Christ.

    Depiction of birth in early texts

    Early Christian writings reveal that the birth of Christ was of keen interest and reflected ideas of the day.

    A widely read text from the mid-second century, called the The Protoevangelium of James, gives details about the life of the Virgin and infancy of Christ. As women of that time gave birth with the aid of midwives, the text explained that the Mother of God also was helped in her labor. Sections 19-20 of the text give details about Joseph contacting two midwives.

    One woman is said to have doubted the virgin birth. After she inserted her finger into Mary’s vagina, her hands withered. An illustration in a French prayer book from Paris dating to about 1490-1500 shows the midwife with missing hands. The story explained that her hands grew back after she touched the child Christ.

    Menologion of Basil II, an 11th-century illuminated Byzantine manuscript with 430 miniatures depicting the Nativity of Christ, now in the Vatican library.
    Via Wikimedia Commons

    The representation of midwives, as seen in an 11th-century manuscript from Constantinople, is still common in the Eastern church.

    Ideas change over time and place

    New modes of spirituality in later centuries brought changes in art. St. Bridget of Sweden, who founded a new order of nuns, left a large body or writing, including what she believed were revelations from God. One of her revelations included a vision of Christ’s birth she experienced in Bethlehem in 1371–72.

    Although Bridget had given birth eight times, she described Mary’s delivery as “in the twinkling of any eye.” Bridget said she “was unable to notice or discern how or in what member (Mary) was giving birth.” By “member” she may have meant that she did not know through what part of Mary’s body Jesus emerged. Many paintings between the 15th and 16th centuries adopted her vision and showed the child surrounded by light and the Virgin calmly worshipping him.

    A painting by Belgian artist Hugo van der Goes, in about 1475, follows Bridget’s vision of the birth. Instead of being “wrapped in swaddling clothes,” Christ lies naked, perfectly clean, in the “great and ineffable light” that Bridget described.

    Each era and community produces art that speaks to its own priorities. Fifteenth-century Italy introduced traditions of a miraculous childbirth that were different from a realistic tradition cherished by early Christians of the second century. I would argue that “Crowning” is but one more example of such cultural change. Here, Mary is an inspiration for other women, physically strong and capable even in the difficult process of giving birth.

    The sculpture, when intact, was barely 15 inches tall, a clear indication that it was not made for large-scale public veneration. It was a meditative image designed for a one-on-one encounter – for those who decided to engage.

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

    ref. A realistic statue of Mary giving birth was criticized, then vandalized − but saints and artists have often reimagined Christ’s birth – https://theconversation.com/a-realistic-statue-of-mary-giving-birth-was-criticized-then-vandalized-but-saints-and-artists-have-often-reimagined-christs-birth-240759

    MIL OSI – Global Reports

  • MIL-OSI Security: Defense News: U.S. Navy EOD develops IED exploitation capabilities with NATO allies and partners at Northern Challenge 2024

    Source: United States Navy

    KEFLAVIK, Iceland – Explosive Ordnance Disposal Mobile Unit (EODMU) 8 operated alongside 17 NATO ally and partner nations during Exercise Northern Challenge 2024, Sept. 26-Oct. 9, 2024. Northern Challenge demonstrates the United States’ commitment to NATO allies and partners by integrating efforts to plan and execute complex EOD detection, neutralization, and exploitation capabilities within a multinational framework.

    Northern Challenge is an annual, joint-funded multinational exercise hosted by the Icelandic Coast Guard aimed at preparing NATO allies and partners for international deployments to clear the way for lethal, resilient forces to operate in contested environments and disrupt our adversaries in conflict.

    EODMU 8, assigned to Commander, Task Force (CTF) 68, trained alongside tactical units from U.S. Marine Corps’ 8th Engineer Support Battalion and U.S. Army’s 702nd and 720th Ordinance Companies . Additional participating NATO allies and partners included Austria, Belgium, Canada, Czech Republic, Denmark, France, Germany, Iceland, Ireland, Lithuania, Netherlands, New Zealand, Norway, Poland, Sweden, and United Kingdom.

    Northern Challenge 2024 included roughly 330 participants, 500+ improvised explosive devices (IEDs), 380 land tasks, and 120 maritime tasks. Throughout the exercise, two teams from EODMU 8 completed 50 training serials and provided four exercise control members who assessed and mentored other nations’ teams. During the exercise, EOD technicians responded to simulated IEDs threats of increasing complexity over a two-week period.

    “At Northern Challenge 2024, we’re working with our NATO allies and partners learning different tools for the toolbox and increasing our lethality on the battlefield,” said Chief Explosive Ordnance Disposal Technician Jake Ferguson, platoon 8-2-2 Leading Chief Petty Officer, EODMU 8. “We’ve had some awesome training put on by our Icelandic and British partners; we’ve done a lot of both maritime and land-based IED serials that we’ve been able to defeat. We’re also turning in evidence, working with the exploitation cell to develop counter-IED tactics and reporting procedures.”

    In addition to conducting complex training scenarios, EOD technicians from across participating countries collaborated within a multinational exploitation center to enhance interoperability at the operational level. These cells ensured that EOD teams were organized to effectively counter IED threats while ensuring the intelligence analysis and information sharing is in accordance with NATO standards and procedures.

    The exploitation cell was comprised of the Technical Exploitation Coordination Cell (TECC) and the Combined Exploitation Laboratory (CEL). The TECC and CEL fuse capacities and capabilities across a joint interagency multinational structure. This multinational effort provided high-level analysis of collected exploitable material (CEM), refining fidelity of the operating area and providing critical information to the operator on the ground or in the water.

    CEM in the lab consisted of a full scope of exploitation methods such as triage, x-ray, chemical analysis, biometrics, forensics, electronics engineering exploitation, and document and media exploitation.

    The end state of the analysis is to inform the command, provide enhanced operator threat assessment on the battlefield, and ultimately deny the adversary anonymity.

    U.S. Navy EOD technicians from Expeditionary Exploitation Unit One (EXU-1) led the CEL in coordination with personnel from U.S. Army Force Europe (USAREUR) and other allies and partners. Their mission throughout the exercise was to assist in processing and analyzing exploitable material collected from simulated explosive threats, analyze and consolidate the findings, then brief the overall threat environment and an assessment of next 24-48 hours, providing a tactical picture for stronger decision-making on the ground and better situational awareness.

    Lt. Ryan DuTot, an EOD officer assigned to EXU-1, served as the exercise’s Combined Exploitation Laboratory office in charge.

    “Northern Challenge 2024 is not just about defusing bombs; it’s about harnessing cutting-edge technology to outsmart adversaries and strengthen global security alliances,” said DuTot. “The integration of technical exploitation into this exercise ensures we don’t just neutralize threats, but also gain critical intelligence from them. Any time we are working with partner nations in an environment like this, it’s a force multiplier that provides long-term strategic benefits.”

    Operating in a range of environments and exchanging knowledge with regional NATO allies and partners enhances every participating unit’s readiness and relationships with international and interagency counterparts.

    “Exercises like Northern Challenge provide an excellent opportunity to rehearse our IED defeat tactics in austere environments,” said Cmdr. John Kennedy, commander, EOD Mobile Unit 8. “The unique value of Northern Challenge is the exploitation piece. For our operational platoons, the drills didn’t end at ‘defeating the device’; they concluded after ‘exploiting the device’ so we could gain an appreciation of how the device works, and who employed it.”

    Northern Challenge provided practical training to operators across the joint force, with the integration of the exploitation cell to enhance the intelligence picture driving the threat assessment. As a result, the United States military is better prepared to deploy EOD forces throughout the U.S. European Command’s area of responsibility in support of the collective defense of NATO allies.

    “We’ve worked with the Canadians, Swedes, Icelanders, Polish, Lithuanians, and others; these guys are so good at their craft. Everybody here is a warrior, and they all volunteered to do the same job. Exchanging tactics, techniques, and procedures with them is making every single one of us better so that the enemy doesn’t get a leg up on us,” said Ferguson.
    U.S. military participation in Northern Challenge 2024 demonstrates that U.S. and NATO joint forces are ready and postured with combat-credible capability to assure, deter, and defend in an increasingly complex security environment.

    CTF 68 is a part of the U.S. 6th Fleet and commands all Naval Expeditionary Combat Forces, in U.S. European Command and U.S. Africa Command areas of responsibility. Navy Expeditionary Combat Forces bridge the gap from sea to shore and provides expeditionary capabilities in remote, complex and austere environments.

    EODGRU 2 and EODMU 8 operate as part of Navy Expeditionary Combat Command and provide skilled, capable, and combat-ready deployable Navy EOD and Navy Diver forces around the globe to support a range of operations.

    For the full collection of photos and news about Northern Challenge 2024 and U.S. Navy EOD, visit https://www.dvidshub.net/unit/USNFE-6FPA and https://www.dvidshub.net/unit/EODG-2.

    MIL Security OSI

  • MIL-OSI Economics: Apple debuts the first scripted film captured in Apple Immersive Video

    Source: Apple

    Headline: Apple debuts the first scripted film captured in Apple Immersive Video

    October 10, 2024

    UPDATE

    Apple debuts the first scripted film captured in Apple Immersive Video and reveals new immersive films for Apple Vision Pro

    New episodes, films, series, and concerts captured in Apple Immersive Video are set to debut later this year, with more coming early next year

    Today, Apple revealed new episodes, films, series, and music performances captured in Apple Immersive Video that will debut on Apple Vision Pro for free. Apple Immersive Video is a remarkable media format that leverages ultra-high-resolution 3D video and Spatial Audio to put viewers in the center of the action.

    Submerged, the first scripted short film captured in Apple Immersive Video, written and directed by Academy Award-winning filmmaker Edward Berger, is now available. Next month, Apple and The Weeknd will launch a breathtaking immersive music experience celebrating the seven-time diamond-certified artist’s highly anticipated new album, Hurry Up Tomorrow. With Concert for One, a new concert series set to debut later this year, fans will experience intimate performances from the world’s biggest artists, beginning with a special set from the award-winning British singer-songwriter RAYE. New episodes of Adventure, which follows pioneering athletes as they take on awe-inspiring challenges, will also release this year.

    Submerged

    This immersive fiction thriller, available to Apple Vision Pro users around the world for free, invites viewers onto a WWII-era submarine and follows its crew as they wrestle to combat a harrowing attack. This adrenaline-pumping thrill ride showcases the unique storytelling experiences made possible by Apple Immersive Video.

    “Apple Immersive Video allows Apple Vision Pro users around the world to experience the next generation of sports, documentaries, and music performances. With Submerged, an immersive film from visionary director Edward Berger, we’re excited to premiere the next generation of narrative filmmaking,” said Tor Myhren, Apple’s vice president of Marketing Communications. “Vision Pro places you in the middle of the story — inside a densely packed submarine, shoulder to shoulder with its crew. That deep sense of immersion just wasn’t possible before, and we can’t wait to see how it inspires filmmakers to push the boundaries of visual storytelling.”

    “Apple Immersive Video is a wonderful new medium that expands the horizon of storytelling,” said Edward Berger, director of the Academy Award-winning All Quiet on the Western Front and the upcoming, critically acclaimed Conclave. “Apple Vision Pro inspired me to tell a story in a way that just wasn’t possible before, and in the process, it changed the way my team and I think about creating a story. This immersive technology pioneered by Apple is going to change the future of filmmaking.”

    Shot on location in Prague, Brussels, and Malta over three weeks, Submerged was filmed using a full-scale 23-ton submarine set made with real steel, brass, and metal that was modeled after WWII-era vessels. Significant portions of the set were built to withstand being fully submerged, and featured practical camera traps and special effects that were uniquely rigged to expose Apple Immersive Video cameras to sparks, steam, water, and fire without breaking viewers’ sense of immersion. Cast members who might appear out of frame or focus in a 2D feature were meticulously scripted, and participated in extensive stunt rehearsals, including freedive training in dive tanks and open water, to maintain continuity and realism. Fans can go behind the scenes of Submerged with a short film that shows how the cast and crew crafted this immersive, action-packed drama exclusively for Apple Vision Pro.

    2024 NBA All-Star Weekend

    Next Friday, basketball fans will enjoy an immersive short film of the 2024 NBA All-Star Weekend, featuring the Rising Stars, the Slam Dunk contest, the first-ever NBA vs. WNBA 3-Point Challenge, “Stephen vs. Sabrina,” and highlights from the All-Star Game.

    Concert for One

    Concert for One is the first music series captured in Apple Immersive Video, bringing fans closer to their favorite artists than ever before. The inaugural performance comes from six-time BRIT Award winner RAYE, who alongside her 20-piece band offers her blend of R&B, jazz, and pop to viewers from the best seat in the house.

    Adventure

    After stepping into thin air above Norway’s breathtaking fjords with highliner Faith Dickey, and traversing the streets and rooftops of Paris with the world’s leading parkour group, viewers are invited to swim alongside freediver Ant Williams while he attempts to best his record for the longest distance under ice with just a single breath. The next episode of Adventure, “Ice Dive,” will debut in the U.S. in December.

    Early next year, viewers can experience the shores of Majorca, Spain, where world-class sport climber Kai Lightner tackles his biggest challenge yet: free-solo climbing over the secluded and rocky coves, where one slip will send him into the raging sea.

    Elevated

    In the next episode of Elevated, “Maine,” available early next year, viewers will experience a crisp autumn in New England, with a stunning journey along winding coastlines and above breathtakingly beautiful rivers.

    These new episodes, films, series, and concerts join the growing Apple Immersive Video catalog available today, which includes Alicia Keys: Rehearsal Room, Boundless, Elevated, Prehistoric Planet Immersive, Wild Life, and more — all available from the Apple TV app on Apple Vision Pro.

    Availability

    • Apple Vision Pro is available in Australia, Canada, China mainland, Hong Kong, France, Germany, Japan, Singapore, the U.K., and the U.S.
    • Users in these countries and regions can enjoy a free demo of Apple Vision Pro at their local Apple Store and receive an extended preview of Submerged upon request beginning Monday, October 14.
    • Apple Immersive Video is available at no additional cost from the Apple TV app in Australia, Canada, Hong Kong, France, Germany, Japan, Singapore, the U.K., and the U.S. Users in China mainland can access Apple Immersive Video from the Migu Video and Tencent Video apps, which are available to download for free from the App Store for Apple Vision Pro.
    • New Apple Immersive Video episodes and films debut in U.S. English with subtitles in additional languages. Title availability varies by country or region.

    Press Contacts

    Zach Kahn

    Apple

    zkahn@apple.com

    Andrea Schubert

    Apple

    a_schubert@apple.com

    Apple Media Helpline

    media.help@apple.com

    MIL OSI Economics

  • MIL-OSI USA: Go With the (Atmospheric) Flow: A Former NREL Wind Energy Intern Comes Full Circle

    Source: US National Renewable Energy Laboratory


    Kelly Huang, a Kalsi assistant professor at the University of Houston, reflects on her transformative journey from NREL wind energy intern at NREL to educator, inspiring the next generation of engineers with real-world research opportunities. Photo from Kelly Huang

    Kelly Huang was on the fence as she wrapped up her junior year as a mechanical engineering major at Cornell University. Senior year was fast approaching, and then graduation, and then the rest of her life. Should she seek a career in industry or academia? Should she pursue a master’s degree? A Ph.D.?

    Luckily, Huang had landed an internship with the National Renewable Energy Laboratory’s (NREL’s) Science Undergraduate Laboratory Internship (SULI) Program. For 10 weeks that summer, Huang supported NREL’s research on offshore wind energy, collaborating with leading researchers and gaining experience that shaped her future career.

    “I fell in love with atmospheric flows, fluid dynamics, and the hands-on aspects of fieldwork: going out, collecting data, and using instrumentation that we built ourselves,” Huang recalled. “Those 10 weeks showed me what research could really be like.”

    During her internship, Huang developed code for optimizing the dimensions of floating offshore wind turbine spar structures, which are long, vertical, floating components that extend deep into the water and allow the turbine to float without being anchored to the seabed. The team’s end goal was to integrate this code into NREL’s Wind Plant Integrated System Design and Engineering Model (WISDEM), which helps analyze how different parts of a wind energy system work together in order to find ways to improve performance and lower costs.

    “The coding part was helpful for gaining basic engineering skills,” Huang said. “But more importantly, the whole experience showed me that there’s a whole community of scientists working on similar problems. It gave me the courage to pursue a Ph.D., which had seemed like a very daunting task up to that point.”

    A Journey of Growth and Giving Back

    During their internship, Huang and fellow interns Caelan Lapointe (middle) and Julian Quick (right) conducted wind energy field research at NREL’s National Wind Technology Center. Photo from Kelly Huang

    Ten weeks passed, the internship concluded, and Huang completed her senior year, graduating with a bachelor of science in mechanical engineering. During her senior year, she applied and was accepted to Princeton University, where she earned a master of arts and a Ph.D. in mechanical and aerospace engineering. Today, Huang is a Kalsi assistant professor of Mechanical Engineering at the University of Houston. Huang recently returned to NREL to participate in the Faculty-Applied Clean Energy Sciences (FACES) program—another 10-week program that gave her the opportunity to collaborate with researchers and enhance her research skills.

    The FACES program aims to bridge the gap between national laboratories and faculty at minority-serving institutions. Participants work with NREL researchers to enhance their expertise in clean energy science, develop scalable educational modules, and receive mentorship. Huang used field data from NREL’s AWAKEN campaign to build a curriculum for a class she is launching called “Introduction to Environmental Fluid Dynamics.”

    “Students will use open-source data, like the data from the AWAKEN campaign, for independent projects on environmental fluid mechanics,” Huang said. “This will expose students to real-world research so that they can gain experience with data analysis and scientific inquiry.”

    For Huang, participating in the FACES program brought her full circle in several ways.

    “I grew up in Houston and really appreciated the diverse, multicultural community there,” Huang said. “That was one reason why I accepted my position at the University of Houston. It inspired me to give back to that community. I was happy to see NREL also recognize the importance of supporting diverse communities through education and research communities.”

    Huang also reconnected with NREL researcher Senu Sirnivas, her supervisor from her SULI internship.

    “He told me that my code had been integrated into the WISDEM tool and that researchers still use it, which was really cool to learn,” Huang said. “He was already supportive during the internship, and this time, he was excited to catch up and went out of his way to advise me on navigating my role as a professor and the challenges that come with it.”

    Upon visiting the NREL campus again, Huang was pleased to see how the wind energy internship cohort has grown over the years.

    “When I started, there were only eight of us at the wind site,” Huang recalled. “Now, there are so many interns, they have to do separate cohorts because onboarding is taking so long. Which is a great problem to have—it means the program is thriving.”

    Huang’s internship also fostered lasting connections among its participants.

    “I still keep in contact with my internship cohort,” Huang said. “One of them is an assistant professor of mathematics at University of Seattle, one of them is a researcher at the Technical University of Denmark, and a few work in the clean energy industry.”

    Huang plans to encourage her colleagues in academia to apply for the FACES program and also to get her students involved with NREL through SULI and other internship programs.

    “Working with NREL as a SULI intern and later as a FACES partner were such valuable experiences,” Huang said. “They both changed the course of my career.”

    Visit NREL’s internships page to learn more about the wide variety of programs available to undergraduate and graduate students. Check out the FACES program page to learn how you can enhance your research skills with expertise in clean energy science.

    MIL OSI USA News

  • MIL-OSI USA: A Senior Defense and Military Official Host a Background Briefing on Russia’s War in Ukraine

    Source: United States Department of Defense

    PENTAGON PRESS SECRETARY MAJOR GENERAL PAT RYDER: Hey, good afternoon. Can I have a quick comms check? Can you hear me ok?

    MAJOR GENERAL RYDER: Great. All right. Well, good afternoon, everyone. This is Major General Pat Ryder, Pentagon press secretary. Thanks very much for joining us today for today’s background briefing and update on the situation in Ukraine.

    As you may be aware, the Ukraine Defense Contact Group originally scheduled for October 12th has been postponed, so we’ll provide updates on that in the near future regarding a date and location for the next UDCG session. However, we thought it would still be useful to provide you with an update on where things stand in Ukraine, to include US support for Ukraine against Russian aggression, and we’ll endeavor to host these background briefings on a fairly regular basis since many of you have requested them.

    As a reminder, today’s call is on background attributable to a senior defense official and a senior military official, not for reporting.

    Please note I will call on reporters try to get to as many of your questions as possible in the time we have available. And before we begin, I would ask you to please keep your phones on mute unless you’re asking a question. With that, I will turn it over to our senior defense official, followed by our senior military official for an opening.

    SENIOR DEFENSE OFFICIAL: Thanks. Thanks, everyone, for the opportunity to speak with you today. Certainly, I had hoped to brief you ahead of a leader level Ukraine Defense Contact Group meeting. But as I’m sure everyone understands, President Biden decided to remain in the United States to coordinate the response to Hurricane Milton.

    As you heard during the president’s bilateral meeting with President Zelenskyy on September 26th, the administration remains focused on surging security assistance and taking other steps through the end of the term to help Ukraine prevail. I want to begin with a brief discussion of some of our recent security assistance packages.

    The president exercised his authority on September 26th to ensure the $5.55 billion of remaining presidential drawdown, or PDA, authority did not expire before the end of the fiscal year, ensuring that the United States can continue supporting Ukraine with this authority. Preserving this authority will allow us to continue our steady support with security assistance to Ukraine via these PDA packages.

    In the 66th package announced on September 26th at a value of $375 million, the department will provide Ukraine additional capabilities to meet its most urgent battlefield needs, including air to ground weapons, munitions for rocket systems and artillery, armored vehicles and anti-tank weapons.

    President Biden also announced a $2.4 billion Ukraine Security Assistance Initiative package. This package will provide Ukraine with additional air defense, unmanned aerial systems, and air to ground munitions as well as strengthen Ukraine’s defense industrial base and support its maintenance and sustainment requirements. Through this package, we will make a significant investment in Ukraine’s drone capability, providing thousands of unmanned aerial vehicles and providing components to enable Ukraine’s domestic production of drones.

    That support has been critical to augmenting Ukraine’s successes on the battlefield. Since February 2022, Ukraine has inflicted more than 600,000 casualties on Russian forces. In September of this year, Russia — Russian forces sustained more casualties in terms of both killed and wounded in action than in any other month of the war. Russian losses, again both killed and wounded in action, in just the first year of the war exceeded the total of all Russian losses — Soviet losses in any conflict since World War II combined.

    Ukrainian forces also have sunk, destroyed or damaged at least 32 medium to large Russian Federation navy vessels in the Black Sea, forcing Russia to relocate its Black Sea fleet away from Crimea. They have also destroyed more than two thirds of Russia’s pre-war inventory of tanks, forcing the Russian military to dig into Soviet era stockpiles and field tanks from World War II.

    And most recently, Ukrainian forces have used indigenously produced drones to strike Russian strategic ammunition depots at Toropets and Tihoretsk, making a serious dent in Russian supply lines. The total tonnage of ammunition destroyed in strikes on these facilities represents the largest loss of Russian and North Korean supplied ammunition during the war, with hundreds of thousands of rounds destroyed. Russian efforts to minimize risk to existing ammunition depots probably will force the Russian military to undertake inefficient adaptations that will slow delivery of ammunition to the front.

    Now, I am not, however, suggesting that Ukraine has an easy path to victory. Russia does continue to devote significant amounts of resources and, as I underscored earlier, lives toward a grinding campaign, redoubling its efforts in the east despite Ukraine’s offensive into Kursk. Russia has also demonstrated time and time again a willingness to do whatever it takes to attempt to force the Ukrainians to capitulate, including purposely targeting Ukrainian civilians and critical infrastructure.

    Despite these challenges, the United States and our allies and partners remain committed to supporting Ukraine as it defends against Russian aggression. Thank you, and I look forward to the questions.

    MAJOR GENERAL RYDER: Thank you very much.

    SENIOR MILITARY OFFICIAL: Hey, good afternoon, everyone. Just a couple of things that I’ll start out with and then happy to talk more specifics as we go into question and answer afterwards.

    But broadly speaking, no major changes in the overall strategy on either side. It’s an attritional strategy on the Russian side, and of course the Ukrainians are mounting a strong defense both on the ground and from an air defense perspective.

    For the battlefield itself, the two areas that remain most active are up in the Kursk area and then out in Donetsk. I would say that there have been overall minor changes to where the forward line of troops are on the battlefield in both of those areas.

    Up in Kursk, there have been some limited counterattacks by the Russians, but really no meaningful gains or exchanges of territory in the last several weeks. And then down in Donetsk, while the Russians did make some advances earlier in the summer, those advances have slowed compared to that time period. And again, I’m happy to go into some more specifics on that during question and answer.

    As far as long range strikes, we’ve seen some successful one way attack drone strikes by the — by the Ukrainians against ammo storage points in Russia. We’ve also seen some strikes against fuel facilities down in Crimea. We do think that those will have some impact on the battlefield. As most of you would understand, those sorts of deep targets, when they’re hit, there’ll be a delayed impact on how things are looking on the battlefield, but over time it certainly would manifest. So, we do think that those have been effective, and we’ll see when those effects manifest in a meaningful way on the battlefield.

    And then finally, I’ll just highlight Ukrainian air defense. The Ukrainians do continue to defend their skies with the capabilities that they have. It’s a tough fight, with a large number of attacks coming from the Russians each day, but the Ukrainians are doing a sound job of defending their critical infrastructure and defending at the front — on the front lines as well. We, of course, are keeping a very close eye on their inventories of weapons that they have to defend themselves and working that with our policy counterparts to try to increase the stocks that they have on hand for their — for their defense against those attacks.

    So, I’ll leave it at that as just a broad overview, and then I’d be happy to go into more detail or specifics during question and answer.

    MAJOR GENERAL RYDER: Great. Thank you very much to our senior defense official and our senior military official. First question will go to Associated Press, Lita Baldor.

    Q: Hi. Good afternoon and thank you both for doing this. Can you — you know, first of all,  can you address sort of — at the risk of beating a dead horse here, the Ukrainians continue to press for the permission of the US to do longer range strikes into Russia. Do you see a change in US policy on that coming, and/or do you see any shift that the US will give Ukraine something else that will sort of make up for not allowing that?

    And then just quickly, can you give us a sense of sort of how the — both countries are setting up for the winter months and whether one or the other can gain some sort of advantage with this — at this point this year? Thank you.

    SENIOR DEFENSE OFFICIAL: Great. So, Lita, on the long range strike issue, we have not changed the position on this. I think I’ve spoken with some of you about this before in terms of how we consider, you know, decisions on capability. We always look at kind of risks and benefits. And in this particular case, we certainly have to look at risks in terms of readiness.

    This is a — you know, a munition that has, you know, finite quantities. And we also, obviously, have to look at risks of escalation. But in terms of effectiveness, we also have to look at whether the quantities that exist, and again, they are limited, whether they would have the strategic effect.

    And we certainly know that many of the capabilities that are of greatest concern, particularly for glide bomb use, for instance, have actually moved out beyond ATACMS range. And we also know that we’ve seen tremendously effective Ukrainian strikes using their indigenously produced capabilities.

    SENIOR MILITARY OFFICIAL: Lita, on the question of how they’re setting up for the winter months, I think the way I’d characterize it is I expect more of the same from the Russians. I expect them to continue to try to make incremental gains to try to attrit Ukrainian defenses.

    As I know that you’re aware, that’s a really tall task for them, and that’s why we’ve seen such incremental gains out of the Russians over the last while, despite, you know, a significant force ratio advantage in many places on the front. And so, as a — as the senior defense official mentioned, we do see a large and growing number of Russian casualties as they do this, but I think we’ll see more of the same. It’s kind of the Russian way of war, that they continue to throw mass into the — into the problem, and I think we’ll continue to see high losses.

    On the Ukrainian side, I think it’s a little bit more nuanced. And of course, it’ll be up to the Ukrainians on exactly how this plays out. But in general, I would characterize their thinking as a little bit deeper in time and space, and that they’re thinking certainly of how they defend through the winter months and at the tactical front, you know, where are the most defendable lines where they can impose the most costs on the Russians as the Russians advance.

    But I’d say that, in my estimation, the Ukrainians are thinking forward to the — 2025 and how they set themselves up for battlefield success then. And so, that includes things like ensuring that the additional brigades can come online as they increase their recruitment, as they get better equipment and training, reconstituting brigades that they’re cycling off the front line, and really building up their combat power for the future.

    So, I think that’s how I would characterize the Ukrainian approach. Certainly, they’re focused on how they get through the winter, but they’re thinking a little bit longer term about how they set conditions for success next year.

    MAJOR GENERAL RYDER: Thank you both. Next question will go to Washington Post, Missy Ryan. Missy, are you there?

    Q:  Yeah, I’m here, but I actually think Alex Horton is — has a question that he’s going to ask.

    MAJOR GENERAL RYDER: Ok. We’ll go to Alex in Ukraine.

    Q: Appreciate that. Yeah, this is for the SDO and Russian losses. You know, this sort of harkens back to Vietnam. It’s very General Westmoreland-ish to sort of characterize Russian casualties as some sort of metric for success. So, I was curious if you could put more meat on the bone on what we’re supposed to exactly take away from that when we know that, you know, in between Bakhmut and down all the way to Vuhledar, they’ve gained more territory than they have in the last two years. So, they are trading for bodies for space, and that seems to be working for them at least in terms of the space aspect. So, what exactly is the body count suggesting that is, you know, something we should take away from?

    SENIOR DEFENSE OFFICIAL: So, Alex, thanks, and glad to hear that you’re reporting from Ukraine. I’ll look forward to seeing — to seeing your writing. I think that in terms of, you know, mentioning the Russian casualties is not to suggest that this is a definitive metric for the war, but it is an important factor. And, you know, certainly we do know that, you know, Putin is trying to avoid a mass mobilization because of the effect that would have on, you know, Russia’s domestic population.

    At this point, he has been able to significantly increase the pay of these voluntary soldiers, and he has been able to continue to field those forces without doing a major mobilization. And I think we’re just watching very closely how long that stance can actually be one that he can maintain. And I think it’s an important one for all of us watch very closely.

    MAJOR GENERAL RYDER: Thank you very much. Next question will go to New York Times, Eric Schmitt. Eric, are you there? Ok, nothing heard, we’ll go to CBS, Charlie D’Agata.

    Q:  Yes. Thank you. I wanted to actually follow up from what Alex was saying. Those are extraordinary numbers, 600,000 casualties, and I’m more — paying attention to more casualties in September than exceeded any other month of the war. That in itself says something. Where are these casualties happening? Where is the ferocious fighting happening? As was already pointed out, the Russians are making ground. Is this on Russian territory? Is it along concentrated front lines? And is there a reason for an increase, or is just — is this just a spike in ferocity of the fighting in the past couple of months?

    SENIOR MILITARY OFFICIAL: Yeah. Charlie, I’ll take the first answer to that and let the senior defense official fill in if she’d like. But I would say, you know, the Russians have been — as Alex mentioned, they’ve been attempting to move on the offensive, and they have had some success with taking minor amounts of terrain.

    And as they — the cost of taking that minor amount of terrain, particularly in Donetsk and down around Pokrovsk and Vuhledar, has been the substantial casualties that they’ve incurred there. So, they have attempted to overcome fires with mass of maneuver. And that, I think, is probably the — that is where I would say most of their casualties have come, is because of that offensive.

    I mean, if you look at the salient around Pokrovsk or pointing toward Pokrovsk, the number of Russian forces in there is astounding. It’s tens of thousands of forces that they’ve put into that very small area. And as you know, when you have that many forces in a very small area, indirect fire of any kind or any — or direct fire, for that matter, it’s a target rich environment. So, that’s what I think is the proximate cause or one of the leading proximate causes of those casualties.

    MAJOR GENERAL RYDER: Thank you. Let’s go to —

    Q: Wait. Can I just follow up that? Is this artillery war that we’re seeing? Is this the kind of fight? And more to that point, as the time that I’ve spent in Ukraine, they were begging for more artillery shells. Where’s the equipment pinch if any, at the moment?

    SENIOR DEFENSE OFFICIAL: So, I’ll allow the senior military official to talk about kind of the nature of the fight. But we are co-chairing the Artillery Capability Coalition with France to support Ukraine’s artillery needs, both for today but also for the future. And what we have seen in the past six months of assiduous work to both increase production, and the US has really led the way here, with increased production of 155 millimeter artillery shells, but also in terms of, you know, increased procurement, increased donations from stocks, and the Czech initiative, which is really sourcing ammunition from around the world, we have seen a much more steady supply of artillery munitions for the Ukrainian forces, and it really has tangibly changed the situation on the battlefield from what you saw, you know, as much as a year ago in terms of the shortages that were being experienced. But there may be more detail from the SMO.

    SENIOR MILITARY OFFICIAL: I don’t know, Charlie, that I have too much to add except, yeah, there is, as you know, a huge amount of artillery that’s being exchanged back and forth.

    I would just note, and again, this is probably fairly obvious to all, that if you’re undergoing an artillery barrage while you’re on defense, that’s a little bit better than if you’re undergoing an artillery barrage while you’re on the offense and you’re exposed. You have to leave from, you know, the revetments that you’re hiding behind, the berms, etc., and move out across open terrain. So, I think that that — those two factors combine to add up to what we’re seeing in terms of casualty producing effects.

    Q: Thanks to both.

    MAJOR GENERAL RYDER: Thanks. Let’s go to Chris Gordon, Air and Space Forces Magazine.

    Q:  Thanks, Pat. And thank you to the officials. For the senior military official, how are Ukraine’s F-16s being used? What sort of missions is Ukraine conducting with its F-16s, and how much are they still reliant on their Soviet era fleet?

    And then secondly for either official, the US announced last month it will train 18 Ukrainian F-16 pilots next year. Where will those pilots be trained? What’s the timeline for that training? What is the experience level of the pilots that will be trained? Could it include newer pilots, if we have any more fidelity on that announcement? Thank you.

    SENIOR MILITARY OFFICIAL: Hey, Chris, thanks. I’ll take the first part of the question. You know, I can’t go into a lot of detail on exactly how the Ukrainians are using their F-16s, except to say, you know, it is a different kind of weapon system, as you’re well aware, from the Soviet and Russian technology that they’ve employed in the past, and so there is a bit of a transition there.

    Our — you know, the overall recommendation is, whenever you’re adopting a new technology to make sure that you’re mastering it, you know how to use it, you’ve got the appropriate amount of experience with it before you try to do too much with it. And I’ll just leave it at that.

    You know, as far as how they’re — as far as how they’re employing it, etc., I really can’t go into those details here. But I do think that over time, as they increase their proficiency, as the numbers increase, as the pilots that the senior defense official will give you a little bit of background here on a second increases, you’ll see the battlefield effects that that platform is able to provide increase.

    And, you know, I would also just highlight, you know, the F-16 program, many of us seem to — we tend to think of it as what is its immediate impact going to be. But this is really about the long term security of Ukraine and how we set them up to be — interoperability with Western forces over the longer term and how they can defend their airspace over the longer term. So, some of it certainly is going to apply to the current battle, but I think of this as a much more longer term project.

    SENIOR DEFENSE OFFICIAL: Great. And the 18 pilots, this is really just the latest number of pilots that we are pulling into the F-16 training pipeline. As you may recall, the Air Force Capability Coalition is a co-led effort by the Netherlands, Denmark and the United States. And working with the Ukrainians and those allies, we actually work together to identify slots in multiple countries.

    So, the US is hosting some, but there’s other countries that host other pieces of the training pipeline, and that includes everything from, you know, the English language training that is typically necessary at the front end to basic pilot training to the more advanced F-16 pilot training. So, we work together to construct a pipeline that makes sense for the skill level of each individual pilot.

    And it is a mix. Some have been experienced pilots, and we still are, you know, receiving more experienced pilots, but there’s also those that do not have that kind of pilot training and experience.

    Q: Can I just clarify one thing you said there? Of those 18, are those a mix of countries, or are those all in the US?

    SENIOR DEFENSE OFFICIAL: It’s — there’s a mix of locations for the different pieces of the training pipeline. And that’s true not just of the 18, that’s true across the board. And I won’t get into the specific details of exactly who is training in which location out of respect for operational security.

    MAJOR GENERAL RYDER: Thank you. Let’s go to NBC, Courtney Kube.

    Q:  Hey, I’m sorry. We had some technical problems on our end early, so forgive me if you’ve already addressed this. But can you tell us anything about the South Korean announcement that some North Korean troops may be joining Russia to fight in Ukraine? Have you seen any seen any indications of that, whether it’s individuals or equipment that’s moving in that direction?

    And then on the — on F-16s in general, I wonder has Ukraine I guess briefed you on the F-16 crash from several weeks ago on the cause of that yet? Can you share anything that you’ve learned on that?

    SENIOR DEFENSE OFFICIAL: So, I’ll just say on the question about the reports coming out, including the one from South Korea, we don’t have anything additional to add. In the past, we have spoken about the support that North Korea has provided Russia in terms of munitions. But I don’t have anything to add to this latest — this latest news report.

    And in terms of F-16s and the specific investigation, we would refer you to the Ukrainians on anything they may want to offer on that.

    Q: When you say you don’t have anything to add on the North Korea, I mean, do you — does that mean that the US doesn’t have any indications that’s true? Are you — I mean, are you — it’s from South Korea, a close US ally. So, I mean, is it that you just haven’t seen anything of that, or do you not think that it’s actually accurate?

    SENIOR DEFENSE OFFICIAL: So, I don’t have any other specific information to add beyond what you have seen in the — in the media reporting.

    MAJOR GENERAL RYDER: Ok. Thank you very much. Let’s go to Defense News, Noah Robertson.

    Q: Hey, thank you both for doing this. I have two questions. The first is on the discussion of Ukrainian made drones that you had at the top. As early as this summer, some senior US military officials were saying, including in interviews that I did, about Ukrainian drones are more of a nuisance rather than a capability that could replace some of the precision strikes being provided by the US. I now hear a more positive tone coming from the two officials on this call. I’m wondering if you can describe, A, whether anything has changed with the advanced nature of their capabilities, or B, whether the Ukrainians are just getting better at integrating these capabilities in counter EW operations? And then I have a second question. Thank you.

    SENIOR MILITARY OFFICIAL Noah, thanks. Thanks for the question. I certainly am more positive than some of that — some of the other officials that you are referencing. I do think the Ukrainian made drones are doing very well. And we’ve seen — you know, there’s clear evidence of that with some of the one-way attack drone. Attacks against the ammo storage points is a very easy example to leverage.

    I think — you know, I would say it’s a little bit of both. I would say that there’s some capability enhancements, and I wouldn’t want to go into the details of those for operational security reasons. But I know, of course, that the Ukrainians are rapidly innovating on the battlefield with their capabilities. The pressure of war will have that effect on any military. And so, there certainly are capability enhancements that have happened very rapidly.

    And also, they are getting just, you know, more sophisticated in their tactics, techniques and procedures. And so, I think it’s a combination of both of those things that have — if there has been an increase of effectiveness, which, again, I think it’s reasonable to say that there has, and that these will continue to improve in effectiveness over time. It’s for those two reasons.

    Q: A second question is on the provision of aid by China. I know to this point US officials in the Pentagon have described this as dual use aid. Kurt Campbell went out publicly and said that it went beyond that last month. Do you have indications that China is providing direct lethal aid, or has that still not changed?

    SENIOR DEFENSE OFFICIAL: So, I don’t have any new information beyond what the administration has released previously on China’s support for Russia.

    Q: Is it fair to say that it’s increased at least?

    SENIOR DEFENSE OFFICIAL: I think it depends on what time frame you look at. I wouldn’t be able to give you a specific sense of kind of quantitative or even qualitative over time. But certainly, we are concerned about China’s support for Russia in the midst of this horrific war.

    MAJOR GENERAL RYDER: Ok, we’ve got time for just a couple more. Let’s go to Fox News, Jen Griffin.

    Q: Thank you, Pat. I wanted to ask about the Ukraine Contact Group and whether the postponement or canceling has anything to do with the fact that it is harder and harder to get donations of weaponry. Anything that you can quantify in terms of difficulties in getting weaponry right now for Ukraine?

    SENIOR DEFENSE OFFICIAL: Absolutely not, Jen. I would say that this is really just all about the president wanting to take care of his responsibilities here in the United States as Hurricane Milton bears down on US territory, and it has absolutely nothing to do with international support.

    We were really looking forward to a host of countries participating and also making new donation announcements. So, I see continued very strong support from the donor community, both in terms of individual donations but also, increasingly, in terms of participation in these capability coalitions, where you see countries coming together to coordinate how they are making future procurements for Ukraine’s future force and giving Ukraine a better sense of predictability about its weapons supplies over time.

    MAJOR GENERAL RYDER: Ok. And last question. We’ll go to Bloomberg, Tony Capaccio.

    Q:  I think Tony just stepped away, so I’m going to take it for us if that’s ok, Natalia Drozdiak. Thanks so much for doing this. I just have two questions. For the SMO on Kursk, are you still confident that Ukraine can hold that territory through the winter, given the likely difficulties they’re going to have in terms of maintaining supply lines?

    And then secondly, for the senior defense official, about the aid package to support Ukraine’s drone production, was that the first time that the US was investing directly in Ukraine’s industrial production? And if so, have there been any sort of conditions set around that, like when it comes to preventing corruption or anything? Thanks.

    SENIOR MILITARY OFFICIAL: Hey, thanks, Natalia. On the Kursk question, my assessment is that the Ukrainians will be able to maintain their position in Kursk for some amount of time here into the future, I think several months and potentially beyond. You know, the battlefield is ultimately unpredictable.

    But if I look at the combat power ratios, you know, you mentioned supply issues for the Ukrainians, I haven’t seen a significant supply issue on their side. I would tell you I’ve — I would argue that, because this is not the main area where major Russian combat formations have been operating, they have significant logistical issues on their side in terms of repositioning troops and organizing themselves to go on the offensive, etc.

    So, I still think — as I mentioned, there have been some uneven counteroffensives, some limited counteroffensives by the Russians, but there’s been nothing that would indicate to me that they’re ready to make a major play toward taking Kursk back. And I don’t think they’ll be able to do it anytime soon.

    SENIOR DEFENSE OFFICIAL: So, in terms of your question about kind of investments in Ukrainian defense industry, we have cooperated with Ukrainian defense industry in the past. And I think it’s important to note that, with our Ukraine Security Assistance Initiative authorities, these are contracting mechanisms, so these are procurement mechanisms in which we have contract with companies. So, it’s a very um kind of rigorous way of accounting for the procurement. And we will do the same with this as we would do with any other procurement.

    And I would say that we — the experiences that we’ve had most recently with Ukraine defense industry in the context of the war that have been tremendously successful revolve around our — what we call our FrankenSAM project. So, it’s the project where we combined Soviet type air defense systems with Western technologies and munitions. And we actually partnered US companies with Ukrainian companies and engineers to devise this very creative way forward that has helped Ukraine deal with massive shortages in air defense interceptors and systems. So, from that experience, we took away a very positive sense of the possibilities of cooperating with Ukraine’s defense industry.

    MAJOR GENERAL RYDER: All right. Well, thank you.

    Q: This is Phil Stewart. Is there any way — is there any way we could just clarify, because I think a lot of people are confused, if the senior defense official was confirming that there are North Korean soldiers fighting in — alongside Russia and Ukraine?

    SENIOR DEFENSE OFFICIAL: Sorry, Phil. No, I am just saying that the only information I have is this open source information, and I do not have additional information to offer.

    MAJOR GENERAL RYDER: Right. In other words, we have nothing to corroborate those reports, if that makes sense. Ok. All right.

    Well, again, I want to thank our senior defense official, our senior military official. As a reminder, this discussion today was on background. Thank you for joining us. That’s all the time we have. Out here.

    MIL OSI USA News

  • MIL-OSI Translation: 10/10/2024 Conversation between Minister Radosław Sikorski and the Speaker of the Swedish Parliament

    MIL ASI Translation. Region: Polish/Europe –

    Fuente: Gobierno de Polonia en poleco.

    Minister of Foreign Affairs Radosław Sikorski met in Warsaw with the Speaker of the Swedish Riksdag Andreas Norlén. The interlocutors emphasized that the excellent cooperation between Poland and Sweden for years has recently been intensified due to threats in the immediate vicinity and as a result of Sweden’s accession to NATO. Warsaw and Stockholm – the initiators of the Eastern Partnership – want to deepen cooperation for Ukraine and towards the Eastern partners. It was emphasized that Russia as an aggressor must face the consequences of its criminal actions, and international law must be observed. The outcome of the war will influence the shape of the world order for many years to come, and especially security in the Baltic Sea region. The head of Polish diplomacy emphasized the excellent contacts with the Swedish partners, both in bilateral and multilateral formats. Minister Sikorski indicated that Poland is interested in regional cooperation with the Nordic and Baltic countries, also in Baltic formats, such as the Council of the Baltic Sea States. This cooperation enables better coordination of Polish policy towards key challenges faced by our region, such as hybrid threats, disinformation or the shadow fleet in the Baltic Sea. The talks also covered the priorities of the Polish presidency of the EU Council, with particular emphasis on the security aspect. The interlocutors agreed on the need for cooperation between Poland and Sweden in counteracting the use of illegal migration by the Belarusian and Russian sides to attempt to destabilize the political situation in the European Union. The Speaker of the Swedish Parliament, Andreas Norlén, is in Poland on a two-day official visit.

    Photo: Barbara Milkowska/Ministry of Foreign Affairs

    MILES AXIS

    EDITOR’S NOTE: This article is a translation. Apologies should the grammar and/or sentence structure not be perfect.

    MIL Translation OSI

  • MIL-OSI Canada: Prime Minister Justin Trudeau meets with Prime Minister of Thailand Paetongtarn Shinawatra

    Source: Government of Canada – Prime Minister

    Today, Prime Minister Justin Trudeau met with the Prime Minister of Thailand, Paetongtarn Shinawatra, on the margins of the Association of Southeast Asian Nations (ASEAN) Summit.

    Prime Minister Trudeau congratulated Prime Minister Shinawatra on her recent appointment. The two leaders reaffirmed the strong ties between Canada and Thailand and discussed potential areas for increased collaboration on mutual priorities, including education exchanges, clean energy technologies, and peace and security.

    The leaders discussed the ongoing implementation of Canada’s Indo-Pacific Strategy. They also highlighted opportunities to strengthen the trade relationship between Canada and Thailand, including through the upcoming Team Canada Trade Mission to Thailand in 2025 and ongoing work toward a Canada-ASEAN free trade agreement.

    The prime ministers discussed the situation in Ukraine, including its global impacts. Prime Minister Trudeau invited Thailand to participate in the Ministerial Conference on the Human Dimensions of Ukraine’s 10-Point Peace Formula, which Canada will co-host with Ukraine and Norway, in Montréal, on October 30 and 31.

    Prime Minister Trudeau and Prime Minister Shinawatra agreed to stay in close contact and looked forward to ongoing collaboration on shared priorities.

    Associated Links

    MIL OSI Canada News

  • MIL-OSI Canada: Prime Minister Justin Trudeau meets with President of the Philippines Ferdinand Marcos Jr.

    Source: Government of Canada – Prime Minister

    Today, Prime Minister Justin Trudeau met with the President of the Philippines, Ferdinand Marcos Jr., on the margins of the Association of Southeast Asian Nations (ASEAN) Summit.

    The leaders highlighted the 75th anniversary of diplomatic relations between Canada and the Philippines, rooted in deep people-to-people ties.

    President Marcos Jr. noted that the Canada-Philippines relationship is stronger than ever, and the two leaders discussed progress in different areas of bilateral co-operation, including defence, development assistance, trade, agriculture and agri-food, education, and clean technologies. They welcomed the upcoming Team Canada Trade Mission to the Philippines, planned for December, as well as progress in negotiations toward a Canada-ASEAN free trade agreement.

    The leaders discussed Russia’s unjustifiable invasion of Ukraine and its global impacts. Prime Minister Trudeau invited the Philippines to participate in the Ministerial Conference on the Human Dimensions of Ukraine’s 10-Point Peace Formula, which Canada will co-host with Ukraine and Norway, in Canada, from October 30 to 31.

    In the context of Canada’s Indo-Pacific Strategy, both leaders also expressed concern over increasing tensions in the South China Sea, noting their mutual commitment to regional security and international law. Each of them welcomed the strengthening of maritime co-operation through Canada’s Dark Vessel Detection Program.

    Prime Minister Trudeau and President Marcos Jr. agreed to remain in close contact and looked forward to meeting again.

    Associated Links

    MIL OSI Canada News

  • MIL-OSI Security: IAEA Concludes Long Term Operation Safety Review at Sweden’s Oskarshamn Nuclear Power Plant

    Source: International Atomic Energy Agency – IAEA

    An International Atomic Energy Agency (IAEA) team of experts today completed a review of long term operational safety of the Oskarshamn Nuclear Power Plant (NPP) Unit 3 in Sweden.

    The Safety Aspects of Long Term Operation (SALTO) review mission was requested by the plant’s operator, OKG Aktiebolag. Oskarshamn Unit 3, situated roughly 300 kilometers south of Stockholm, was put into commercial operation in 1985 with a design life of 40 years. It is equipped with one boiling water reactor and has a net electrical output of 1400 MW(e). The plant operator is preparing to extend the operating lifetime to 60 years. Two other units at the power station are in permanent shutdown. Nuclear power accounts for more than a quarter of Sweden’s electricity production.

    During the ten-day mission from 1 to 10 October, the team reviewed the plant’s preparedness, organization and programmes for safe long term operation (LTO), which built upon an initial IAEA pre-SALTO mission held at the plant in 2022. The mission was conducted by an eleven-person team consisting of experts from Argentina, Belgium, Brazil, Pakistan, Spain, and the United States, as well as three observers from Hungary and the Netherlands, and two IAEA staff members. The team met and discussed topics in depth with staff from the Oskarshamn NPP and conducted site walkdowns during the review.    

    “The team observed that OKG is preparing for safe long term operation and the plant staff are cooperative, professional, and open to suggestions for improvement,” said team leader and IAEA Nuclear Safety Officer Bryce Lehman. “We encourage the plant to address the review findings and implement the remaining activities for safe long term operation as planned.”

    The team identified good performances that will be shared with the nuclear industry globally, including:

    • Reconstitution of design documentation in cooperation with the original equipment manufacturer (OEM) and securing access to the OEM archives for the period of long term operation.
    • Development of a user-friendly database that shows each user their assigned maintenance activities.
    • Regular meetings of experts from different plant departments to share experience, including international experience, and to discuss improvements to the plant for long term operation.

    The team also provided recommendations and suggestions to further improve safe LTO, the most significant are the following:

    • The plant should fully justify LTO through a periodic safety review, or alternative process.
    • The plant should fully establish a comprehensive programme to identify ageing management activities for long term operation.  
    • The plant should properly implement a comprehensive process to identify components requiring ageing management (a scoping process).

    The plant management expressed a determination to maintain the level of preparedness for safe LTO and further cooperate with the IAEA in this field.

    “We appreciate the IAEA’s support to our plant in ageing management and preparation for safe LTO,” said Johan Lundberg, President of OKG. “It is very important for us to get an external view on our business. The competencies and experience of the IAEA team enable it to effectively identify our areas for improvements.  The results of this mission will help us to improve our activities for safe LTO and to further align them with IAEA safety standards.”

    The team provided a draft report to the plant management and to the Swedish Radiation Safety Authority (SSM), the country’s nuclear regulatory authority, at the end of the mission. The plant management and SSM will have an opportunity to make factual comments on the draft. A final report will be submitted to the plant management, SSM and the Swedish Government within three months.

    Background

    General information about SALTO missions can be found on the IAEA Website. A SALTO peer review is a comprehensive safety review addressing strategy and key elements for the safe long term operation of nuclear power plants. They complement OSART missions, which are designed as a review of programmes and activities essential to operational safety. Neither SALTO nor OSART reviews are regulatory inspections, nor are they design reviews or substitutes for an exhaustive assessment of a plant’s overall safety status.

    LTO of nuclear power plants is defined as operation beyond an established time frame determined by the license term, the original plant design, relevant standards, or national regulations. As stated in IAEA safety standards, to maintain a plant’s fitness for service, consideration should be given to life limiting processes and features of systems, structures, and components (SSC), as well as to reasonably practicable safety upgrades to enhance the safety of the plant to a level approaching that of modern plants.

    MIL Security OSI

  • MIL-OSI: Nokia Corporation: Repurchase of own shares on 10.10.2024

    Source: GlobeNewswire (MIL-OSI)

    Nokia Corporation
    Stock Exchange Release
    10 October 2024 at 22:30 EET

    Nokia Corporation: Repurchase of own shares on 10.10.2024

    Espoo, Finland – On 10 October 2024 Nokia Corporation (LEI: 549300A0JPRWG1KI7U06) has acquired its own shares (ISIN FI0009000681) as follows:

    Trading venue (MIC Code) Number of shares Weighted average price / share, EUR*
    XHEL 1,175,833 4.07
    CEUX 783,381 4.06
    BATE
    AQEU
    TQEX
    Total 1,959,214 4.07

    * Rounded to two decimals

    On 25 January 2024, Nokia announced that its Board of Directors is initiating a share buyback program to return up to EUR 600 million of cash to shareholders in tranches over a period of two years. The first phase of the share buyback program started on 20 March 2024. On 19 July 2024, Nokia decided to accelerate the share buybacks by increasing the number of shares to be repurchased during the year 2024. The post-increase repurchases in compliance with the Market Abuse Regulation (EU) 596/2014 (MAR), the Commission Delegated Regulation (EU) 2016/1052 and under the authorization granted by Nokia’s Annual General Meeting on 3 April 2024 started on 22 July 2024 and end by 31 December 2024 with a maximum aggregate purchase price of EUR 600 million for all purchases during 2024.

    Total cost of transactions executed on 10 October 2024 was EUR 7,966,948. After the disclosed transactions, Nokia Corporation holds 163,555,435 treasury shares.

    Details of transactions are included as an appendix to this announcement.

    On behalf of Nokia Corporation

    BofA Securities Europe SA

    About Nokia
    At Nokia, we create technology that helps the world act together.

    As a B2B technology innovation leader, we are pioneering networks that sense, think and act by leveraging our work across mobile, fixed and cloud networks. In addition, we create value with intellectual property and long-term research, led by the award-winning Nokia Bell Labs.

    Service providers, enterprises and partners worldwide trust Nokia to deliver secure, reliable and sustainable networks today – and work with us to create the digital services and applications of the future.

    Inquiries:

    Nokia Communications
    Phone: +358 10 448 4900
    Email: press.services@nokia.com
    Maria Vaismaa, Global Head of External Communications

    Nokia Investor Relations
    Phone: +358 40 803 4080
    Email: investor.relations@nokia.com

    Attachment

    The MIL Network

  • MIL-OSI Security: Defense News: Readout of Chief of Naval Operations Adm. Lisa Franchetti’s Meeting with Chief of the Royal Danish Navy Rear Adm. Henrik Ryberg

    Source: United States Navy

    VENICE, Italy – Chief of Naval Operations Adm. Lisa Franchetti met Admiral Danish Fleet Rear Adm. Henrik Ryberg for a formal bilateral engagement during the 14th Trans-Regional Seapower Symposium in Venice, Italy, today.

    During the meeting the leaders expressed their shared commitment to maritime security in the High North, Baltic Sea, Red Sea, and Atlantic region. They discussed future opportunities to strengthen their naval partnership and increase interoperability with an emphasis on anti-submarine warfare.

    Franchetti thanked Ryberg for the Royal Danish Navy’s support to recent U.S. Navy submarine and destroyer visits to ports within the Kingdom of Denmark, as well as Royal Danish Navy participation in multilateral exercises, including Steadfast Defender.   

    The CNO also discussed her recently-released strategic guidance: the Navigation Plan for America’s Warfighting Navy, specifically stressing capability development for long-term advantage and the integrated warfighting ecosystem. The leaders noted the importance exchange opportunities to train together in the future.

    The U.S. and Denmark are founding members of NATO, and the alliance between the two nations is critical to the security and stability in Europe and across the globe.

    MIL Security OSI

  • MIL-OSI Security: Defense News: CNO Strengthens Partnerships at 14th Trans-Regional Seapower Symposium

    Source: United States Navy

    VENICE, Italy – Chief of Naval Operations, Adm. Lisa Franchetti, attended the 14th Trans-Regional Seapower Symposium (TRSS) in Venice, Italy, Oct. 8-10, 2024.

    This year’s TRSS brought together Heads of Navy and Coast Guard from 67 countries with experts and professionals from around the world to discuss critical maritime issues and foster collaboration. The symposium, themed “A Spotlight on the Depths: the Underwater as a New Frontier for Humankind,” aimed to address the growing importance of the underwater through panel discussions, presentations, and interactive sessions that allowed participants to explore innovative approaches and strategies for maritime cooperation.

    “It is great to be here among friends who are united by our shared values, our shared commitment, and our shared stake in the continued stability, security, and prosperity of the entire global maritime commons, especially in the undersea domain,” said Franchetti.  “We’ve all scanned the horizon and see the forces that are threatening to make the world more unstable and more dangerous. And we’ve witnessed the vulnerabilities of our critical undersea infrastructure, like gas pipelines, fiber optic cables, which are so critical to our economies, our shared security, our prosperity, and our peoples’ way of everyday life.”

    During the symposium, Franchetti participated in a panel titled “Safeguarding the Underwater: New Solutions and Technologies for new Challenges,” where she discussed how U.S. Navy is leveraging modern technology, like robotic autonomous systems, underwater command and control networks, and sensing and detection systems; is integrating these systems into the fleet and adopting the new technology, getting the innovation into the hands of Sailors as quickly as possible; and building relationships and having conversations with Allies and partners.

    “Integrating robotic and autonomous systems into the daily business of our operations is a critical part of my recently released Navigation Plan for America’s War Fighting Navy,” said Franchetti.  “It’s one of my seven Project 33 targets, areas where I will invest my personal time and my resources, where I’m going to put my thumb on the scale to raise the baseline level of readiness of the American Navy in the fastest time possible.”

    She went on to say, “we are continuing to closely collaborate with you, all of our allies and partners, and your respective innovation bases to advance our capabilities in the undersea domain.  And I see us doing this together as part of a broader warfighting ecosystem.  It’s another component in my Navigation Plan, which is fundamental to my vision of how we will deter and, if necessary, fight and win future wars.”

    While at the symposium Franchetti also held bilateral engagement with her counterparts from Denmark, Germany, Greece, Italy, Nigeria, Portugal, Romania, Spain, and Sweden; and conducted over 40 meaningful discussions with TRSS Head of Navy participants about the importance of increasing interoperability with Allies and partners.

    Franchetti also conducted her second trilateral meeting with her Australian and United Kingdom counterparts as part of the AUKUS partnership. Their first meeting occurred earlier this summer at HMAS Stirling in Perth, Australia.

    “In three years of  the AUKUS agreement we have made significant progress in integrating the exceptional undersea capabilities of Australia, the United Kingdom and the United States,” said Franchetti. “Our navies will continue to build on our relationships, strengths, and interchangeability to provide security and stability, and maintain the rules-based international order in the Indo-Pacific and around the globe.

    The CNO wrapped up her time at TRSS with a multilateral meeting with Heads of Navy from the Group of Seven (G7: U.S., Canada, France, Germany, Italy, Japan and the United Kingdom) and a meeting with the chiefs of carrier strike group navies.

    MIL Security OSI

  • MIL-OSI: Nokia Corporation: Repurchase of own shares on 09.10.2024

    Source: GlobeNewswire (MIL-OSI)

    Nokia Corporation
    Stock Exchange Release
    9 October 2024 at 22:30 EET

    Nokia Corporation: Repurchase of own shares on 09.10.2024

    Espoo, Finland – On 9 October 2024 Nokia Corporation (LEI: 549300A0JPRWG1KI7U06) has acquired its own shares (ISIN FI0009000681) as follows:

    Trading venue (MIC Code) Number of shares Weighted average price / share, EUR*
    XHEL 1,278,616 4.04
    CEUX 800,000 4.04
    BATE
    AQEU
    TQEX
    Total 2,078,616 4.04

    * Rounded to two decimals

    On 25 January 2024, Nokia announced that its Board of Directors is initiating a share buyback program to return up to EUR 600 million of cash to shareholders in tranches over a period of two years. The first phase of the share buyback program started on 20 March 2024. On 19 July 2024, Nokia decided to accelerate the share buybacks by increasing the number of shares to be repurchased during the year 2024. The post-increase repurchases in compliance with the Market Abuse Regulation (EU) 596/2014 (MAR), the Commission Delegated Regulation (EU) 2016/1052 and under the authorization granted by Nokia’s Annual General Meeting on 3 April 2024 started on 22 July 2024 and end by 31 December 2024 with a maximum aggregate purchase price of EUR 600 million for all purchases during 2024.

    Total cost of transactions executed on 9 October 2024 was EUR 8,397,193. After the disclosed transactions, Nokia Corporation holds 161,596,221 treasury shares.

    Details of transactions are included as an appendix to this announcement.

    On behalf of Nokia Corporation

    BofA Securities Europe SA

    About Nokia
    At Nokia, we create technology that helps the world act together.

    As a B2B technology innovation leader, we are pioneering networks that sense, think and act by leveraging our work across mobile, fixed and cloud networks. In addition, we create value with intellectual property and long-term research, led by the award-winning Nokia Bell Labs.

    Service providers, enterprises and partners worldwide trust Nokia to deliver secure, reliable and sustainable networks today – and work with us to create the digital services and applications of the future.

    Inquiries:

    Nokia Communications
    Phone: +358 10 448 4900
    Email: press.services@nokia.com
    Maria Vaismaa, Global Head of External Communications

    Nokia Investor Relations
    Phone: +358 40 803 4080
    Email: investor.relations@nokia.com

    Attachment

    The MIL Network

  • MIL-OSI USA: 420 Years Ago: Astronomer Johannes Kepler Observes a Supernova

    Source: NASA

    In October 1604, a new star appeared in the sky, puzzling astronomers of the day. First observed on Oct. 9, German astronomer Johannes Kepler (1571-1630) began his observations on Oct. 17 and tracked the new star for over a year. During that time, it brightened to magnitude -2.5, outshining Jupiter, and for several weeks remained visible in the daytime. Publication of his detailed observations in 1606 led astronomers to call the star Kepler’s Supernova, today formally designated as supernova SN 1604. Astronomers of the day did not know what caused the star’s sudden appearance and eventual disappearance, but the phenomenon helped shape European cosmology toward the heliocentric model proposed by Polish astronomer Nicolaus Copernicus half a century earlier. Today, astronomers designate SN 1604 as a Type Ia supernova, resulting from the explosion of a white dwarf star, and use ground-based and space-based telescopes to study its remnants.
    Left: Portrait of Johannes Kepler by August Köhler. Middle: Kepler’s book about his observations of the 1604 supernova open to the page depicting the location of the new star. Right: Closeup of Kepler’s illustration of the location of the new star, designated N, in the constellation Ophiuchus near the right foot of the serpent-bearer.
    Italian astronomer Lodovico delle Colombo first observed the supernova in the constellation Ophiuchus on Oct. 9. Kepler, then working in Prague, heard rumors of the new star but did not observe it until Oct. 17. He continued to monitor the star for over a year, inspired by the earlier work of Danish astronomer Tycho Brahe’s observations of a similar phenomenon, the 1572 supernova. The new star quickly brightened to magnitude -2.5, outshining Jupiter, and for three weeks could be seen in the daytime before finally fading into obscurity in March 1606. Kepler could only make naked eye observations, since Italian astronomer Galileo Galilei didn’t turn his newly invented telescope to the skies for another four years after SN 1604 faded from view.
    Later in 1606, Kepler summarized his observations in his book De Stella nova in pede Serpentarii (On the New Star in Ophiuchus’ Foot), published in Prague. SN 1604 is believed to be about 20,000 light years away, near the edge of a dark nebula complex. Kepler and his contemporaries observed not only the last known supernova to occur in the Milky Way Galaxy but also the last supernova visible to the naked eye until 1987. That one, Supernova 1987A, appeared in the Large Magellanic Cloud, a small satellite galaxy of the Milky Way.
    A Type Ia supernova results from a white dwarf drawing in material from a nearby red giant star, the additional mass leading to a runaway thermonuclear explosion.
    Astronomers today understand that what Kepler and others believed as the birth of a new star actually represented the violent death of a star. Astronomers today classify supernovas according to their characteristics, and SN 1604 belongs to the group known as Type Ia supernovas, typically found in binary star systems composed of a white dwarf and a red giant. The gravitation force of the white dwarf draws in material from its larger less dense companion until it reaches a critical mass, around 1.4 times the mass of our Sun. At that point, a runaway thermonuclear chain reaction begins, causing a release of tremendous amounts of energy, including light, that we see as a sudden brightening of an otherwise dim star.
    Images of Kepler’s supernova remnants in different portions of the electromagnetic spectrum. Left: X-ray image from the Chandra X-ray Observatory. Middle: Visible image from the Hubble Space Telescope. Right: Infrared image from the Spitzer Space Telescope.
    Supernova explosions leave remnants behind and those of SN 1604 remain visible today. Ground-based and space-based instruments using different parts of the electromagnetic spectrum study these remnants to gain a better understanding of their origins. The remnants of SN 1604 emit energy most strongly in the radio and X-ray parts of the electromagnetic spectrum. In recent years, astronomers have used Type Ia supernovas to determine the rate of expansion of the universe. Because Type Ia supernovas all occur in stars of about 1.4 solar masses, they give out about the same amount of light. This makes them useful as distance indicators – if one Type Ia supernova is dimmer than another one, it is further away by an amount that astronomers can calculate. Based on this information, astronomers believe that the expansion of the universe is accelerating, possibly caused by the presence of a mysterious substance called dark energy.
    Events in world history in 1604:
    January 1 – First performance of William Shakespeare’s play A Midsummer’s Night’s Dream.
    March 22 – Karl IX begins his rule as King of Sweden.
    August 5 – Sokolluzade Mehmed Pasha becomes the new Ottoman Grand Vizier in Constantinople.
    August 18 – England and Spain sign the Treaty of London, ending their 20-year war.
    September 1 – Sri Guru Granth Sahib, Sikhism’s religious text, is installed at Hamandir Sahib in Amritsar, India.
    October 4 – Emperor of Ethiopia Za Dengel is killed in battle with the forces of Za Sellase, who restores his cousin Yaqob to the throne.
    November 1 – First performance of William Shakespeare’s tragedy Othello.
    December 29 – A magnitude 8.1 earthquake shakes the Taiwan Strait causing significant damage.

    MIL OSI USA News

  • MIL-OSI Economics: WTO Fish Fund Steering Committee meeting focuses on preparing for full operations

    Source: WTO

    Headline: WTO Fish Fund Steering Committee meeting focuses on preparing for full operations

    The meeting brought together key stakeholders working for the operationalization of the Fish Fund in support of developing and least-developed country (LDC) members’ implementation of the Agreement on Fisheries Subsidies.
    “Last time we gathered in July for the Second Steering Committee meeting, I remarked how impressive it was that this Steering Committee had so quickly achieved tangible results and was about to deliberate on the framework documents that will enable the Fish Fund to begin its operations,” Deputy Director-General Angela Ellard said at the meeting. “Since then, I have been following the Committee’s work very closely, and I can see from today’s full agenda that your remarkable efforts are continuing to deliver results.”
    DDG Ellard reported that the Fund has received close to USD 12 million from donors and has signed contribution agreements for more than USD 3.5 million. The members that have contributed to the Fund thus far are Australia, Canada, the European Union, Finland, France, Germany, Iceland, Japan, the Republic of Korea, Liechtenstein, the Netherlands, New Zealand, Norway, Portugal, Spain, Sweden, and most recently the United Arab Emirates. The United Kingdom has pledged GBP 1 million.
    “These resources will have a real impact, and members are waiting to put them to good use,” DDG Ellard said.
    The Secretariat updated the Steering Committee that the consulting firm Dalberg was selected through a procurement process to develop the Monitoring, Evaluation, and Learning (MEL) framework for the Fish Fund. The Manager of the Fish Fund reported on progress in planning for future calls for project proposals to be supported by the Fund and other updates on strategy, budget, staffing, and communications.
    The meeting also featured a presentation from the International Institute for Sustainable Development (IISD) on its Self-Assessment Tool for implementing the Fisheries Subsidies Agreement. Belize shared its experiences using this tool.  The Seychelles Fishing Authority unveiled a project to upgrade its fisheries management system.
    Because the new Agreement on Fisheries Subsidies will involve adjustments and enhancements to WTO members’ legislative and administrative frameworks, their transparency and notification obligations, and their fisheries management policies and practices, Article 7 of the Agreement provides for the creation of a voluntary funding mechanism to provide targeted technical assistance and capacity building to help developing and least developed country members with implementation. For the Agreement to enter into force, two-thirds of members have to deposit their “instruments of acceptance” with the WTO. Eighty-four WTO members have formally accepted the Agreement; twenty-seven more are needed for the Agreement to come into effect. Resources from the WTO Fish Fund will be available to members once they have deposited their instrument of acceptance.
    The list of members that have deposited their instruments of acceptance is available here. More information on the Fund is available here.

    Share

    MIL OSI Economics

  • MIL-OSI New Zealand: Activist News – Global day of action against Big Meat and Dairy climate pollution starts with Fonterra – Greenpeace

    Source: Greenpeace

    Dramatic scenes have unfolded outside the offices of Big Meat and Dairy companies around the world overnight as Greenpeace concludes a global day of action against livestock industry climate pollution. The protests kicked off inNew Zealand yesterday morning and continued through the night in Denmark, Sweden, and Germany.
    In Denmark, activists targeted pork and beef producer Danish Crown, while in Sweden, activists targeted Arla, the fifth biggest dairy company in the world. In Germany, activists protested outside the headquarters of Müller – a German dairy corporation. All of the actions featured billowing plumes of pink smoke, symbolising the outsized methane emissions from the global livestock industry.
    Greenpeace Aotearoa spokesperson Sinéad Deighton-O’Flynn says, “We have the chance to pull the climate emergency brake by cutting methane emissions now. If the world reduces cow numbers, we can slow down climate change and prevent the worst climate catastrophes,” says Deighton-O’Flynn.
    “As one of the world’s biggest exporters of dairy products, New Zealand has a huge role to play in this story. That requires us to demand better from our biggest dairy company, Fonterra.”
    Greenpeace Nordics spokesperson Shefali Sharma says, “For so long, we have tiptoed around big meat and dairy companies and their unfettered growth as if they are somehow exempt from making the drastic changes required of everyone else on this planet.
    “It’s always either the farmer or the consumer who has to change, while these companies decide what farmers grow, what they are paid and what we eat. We have shown that the pathway is clear.”
    The day of action coincided with the launch of a Greenpeace report revealing that the methane emissions of 29 meat and dairy corporations are larger than those of the top 100 methane-emitting companies in the fossil fuel sector. The report goes in-depth into a critique of Fonterra’s climate roadmap, showing it to be full of greenwash without any substantial action to reduce methane emissions.

    MIL OSI New Zealand News

  • MIL-OSI USA: The Marshall Star for October 9, 2024

    Source: NASA

    By Rick Smith
    Nearly 500 students and faculty of Auburn University gathered on campus Sept. 30-Oct. 2 to hear lectures from leading NASA propulsion and engineering experts and to talk careers goals and opportunities with representatives of the U.S. space program and various aerospace industry firms.
    The Aerospace Industry Day event, exclusively focused on careers supporting rocketry and space exploration, was the first of its kind at Auburn. University spokespersons said they hope to make it an annual expo – and team members from NASA’s Marshall Space Flight Center helped ensure the kickoff was a success.

    “The event marked a significant milestone for our organization and the university as a whole,” said Austin Miranda, an Auburn aerospace engineering undergraduate and president of Auburn’s chapter of the American Institute of Aeronautics and Astronautics. “We deeply appreciate NASA’s participation, which significantly enriched the experience for our attendees.”
    Marshall managers and engineers in the Space Launch System and Human Landing System programs, the Engineering Directorate, and the Space Nuclear Propulsion Office presented guest lectures, staffed exhibit booths, and met informally with students. The event also included a pair of intensive focus sessions on propulsion engineering, face-to-face networking opportunities between students and NASA and industry leaders, and a career fair with Marshall, the U.S. Space & Rocket Center, and more than a dozen leading aerospace industry companies.
    “As an Auburn alum, it’s always great to be able to return to the plains and engage in activities on campus,” said Josh Whitehead, associate manager of the SLS Stages Element at Marshall. “I was impressed not only with the outstanding faculty who engaged from multiple engineering departments, but also with the engineering students who asked informed, insightful questions about NASA, our missions, and the new technologies we are developing to enable exploration of space.”
    Mike Houts, nuclear research manager for NASA’s Space Nuclear Propulsion Office at Marshall, also was struck by students’ enthusiasm.
    “The students’ depth of interest and understanding was impressive,” he said. “Many of them stayed to talk long after events were officially over, and several have already followed up by email. I foresee lots of ‘win-win’ potential moving forward.”

    Among the aerospace industry participants were representatives from the U.S. Missile Defense Agency, Gulfstream Aerospace Corp., Jacobs Technology, Lockheed Martin, Relativity Space, Reliable Microsystems, RTX subsidiaries Pratt & Whitney and UTC Aerospace Systems, and Technology Service Corp. 
    “Everyone was impressed with the level of knowledge and interest from Auburn students, many of whom waited in long lines to ask questions and talk about career opportunities,” said Heather Haney, SLS Program test and verification subsystem manager. “NASA has a great history of collaborating with Auburn to support our nation’s space program, and that was reflected by the excitement on so many faces during the event.”
    Auburn has contributed to a number of key Marshall endeavors in recent years, including support for Marshall’s RAMPT (Rapid Analysis and Manufacturing Propulsion Technology) project, refining a variety of additive manufacturing processes, and for a new laser-ablation technology study to develop multi-material 3D printers for use in microgravity. The latter is set to begin testing in spring 2025. Additive manufacturing research at Auburn was pivotal to development of NASA’s 2024 Invention of the Year, an innovative rocket engine thrust chamber liner and fabrication method. Auburn students also are perennial contenders in annual NASA STEM events, including the NASA Human Exploration Rover Challenge and the Student Launch rocketry competition.
    The Aerospace Industry Day event was hosted by Auburn’s Office of Career Development and the Samuel Ginn College of Engineering.
    Smith, an Aeyon employee, supports the Marshall Office of Communications.
    › Back to Top

    NASA and SpaceX are standing down from the Oct. 10 launch attempt of the agency’s Europa Clipper mission due to anticipated hurricane conditions in the area.
    Hurricane Milton is expected to move east to the Space Coast after making landfall on Florida’s west coast. High winds and heavy rain are expected in the Cape Canaveral and Merritt Island regions on Florida’s east coast. Launch teams have secured NASA’s Europa Clipper spacecraft in SpaceX’s hangar at Launch Complex 39A at the agency’s Kennedy Space Center ahead of the severe weather, and the center began hurricane preparations Oct. 6.

    “The safety of launch team personnel is our highest priority, and all precautions will be taken to protect the Europa Clipper spacecraft,” said Tim Dunn, senior launch director at NASA’s Launch Services Program.
    On Oct. 4, workers transported NASA’s Europa Clipper spacecraft from the Payload Hazardous Servicing Facility at Kennedy to the SpaceX Falcon Heavy rocket in the hangar as part of final launch preparations ahead of its journey to Jupiter’s icy moon. While Europa Clipper’s launch period opens Oct. 10, the window provides launch opportunities until Nov. 6.
    Once the storm passes, recovery teams will assess the safety of the spaceport before personnel return to work. Then launch teams will assess the launch processing facilities for damage from the storm.
    “Once we have the ‘all-clear’ followed by facility assessment and any recovery actions, we will determine the next launch opportunity for this NASA flagship mission,” Dunn said.
    Managed by Caltech in Pasadena, California, NASA’s Jet Propulsion Laboratory (JPL) leads the development of the Europa Clipper mission in partnership with the Johns Hopkins Applied Physics Laboratory (APL) in Laurel, Maryland, for NASA’s Science Mission Directorate. The main spacecraft body was designed by APL in collaboration with JPL and NASA’s Goddard Space Flight Center. The Planetary Missions Program Office at NASA’s Marshall Space Flight Center executes program management of the Europa Clipper mission. NASA’s Launch Services Program, based at Kennedy, manages the launch service for the Europa Clipper spacecraft.
    › Back to Top

    The seven NASA astronauts aboard the International Space Station relaxed and took a break Oct. 8 before the SpaceX Crew-8 mission leaves. Mission managers are monitoring weather conditions off the coast of Florida with Hurricane Milton.
    Expedition 72 flight engineers Matthew Dominick, Mike Barratt, and Jeanette Epps of NASA and Alexander Grebenkin from Roscosmos are now targeting departure from the orbital outpost aboard the SpaceX Dragon Endeavour spacecraft for no earlier than 2:05 a.m. CDT on Oct. 13, pending weather. The Commercial Crew Program (CCP) crew is scheduled to call down to Mission Control Center for farewell remarks Oct. 10 at 8:15 a.m. Watch live coverage of both events on NASA+. Learn how to watch NASA content through a variety of platforms, including social media.

    Space biology and physics were the focus of research operations for the Expedition 72 crew Oct. 7. NASA flight engineer Nick Hague worked in the Columbus laboratory module swapping filters inside the BioLab’s incubator. BioLab supports the observation of microbes, cells, tissue cultures and more to understand the effects of weightlessness and radiation on organisms. NASA flight engineer Don Pettit set up a laptop computer on the Cell Biology Experiment Facility, a research incubator with an artificial gravity generator, located in the Kibo laboratory module.
    Station Commander Suni Williams explored space physics mixing gel samples and observing with a fluorescence microscope how particles of different sizes gel and coarsen. Results are expected to benefit the medicine, food, and cosmetic industries. NASA astronaut Butch Wilmore, who has been aboard the station with Williams since June 6, trained to operate advanced life support gear installed in the Microgravity Science Glovebox for a different space physics experiment then relaxed the rest of the day.
    The Huntsville Operations Support Center (HOSC) at NASA’s Marshall Space Flight Center provides engineering and mission operations support for the space station, the CCP, and Artemis missions, as well as science and technology demonstration missions. The Payload Operations Integration Center within HOSC operates, plans, and coordinates the science experiments onboard the space station 365 days a year, 24 hours a day.
    › Back to Top

    Dave Reynolds has been named to the Senior Executive Service position of manager of the Space Launch System (SLS) Booster Office at NASA’s Marshall Space Flight Center, effective immediately. In his role, Reynolds is responsible for the design, development, and flight of the solid rocket boosters for the SLS rocket, NASA’s deep-space flagship rocket, designed for a new era of science and exploration.

    Reynolds began his NASA career in Marshall’s propulsion systems department in 2004 as a rocket engines component designer. Since 2020, Reynolds has served as the deputy program manager for the SLS Boosters Office. In this role, he was responsible for the execution of two major contracts with a combined value of $7.6 billion. He also served as an alternate to the manager for overseeing the performance, budget, schedule, and discretionary spending for developing, fabricating, and flying the SLS Boosters. Reynolds supervised a team of 31 civil servants and contractors and acted as the representative for the booster element in key SLS program reviews decision boards, milestones, and budget risk assessments.
    Reynolds’ previous roles include leading the development program for the SLS Booster Obsolescence and Life Extension effort starting in 2016, officially being selected as the development program manager in 2019. In this role he was responsible for creating the strategic plan and initiating the early development phases for the SLS Block II Booster. He also served as a SLS Booster subsystem manager from 2013-2019 where he was responsible for the management of the SLS motor cases, igniters, and small motors.
    From 2012-2013, Reynolds participated in a temporary rotational assignment with the Defense Intelligence Agency’s Missile and Space Intelligence Center where he acted as the NASA liaison as a propulsion subject matter expert and supported military intelligence assessments of foreign weapon systems. From 2002-2004, Reynolds was a design engineer at the Naval Air Warfare Center Weapons Division at China Lake, California, where he served as a propulsion designer specializing in the design, fabrication, and testing of U.S. Navy weapons propulsion systems.
    Reynolds holds a Bachelor of Science degree in chemical engineering from Brigham Young University and a Master of Business Administration and Management from the University of Alabama in Huntsville. He holds two patents for additive manufacturing technologies and has received numerous NASA awards including the Outstanding Leadership Medal, the Exceptional Achievement Medal, and the Silver Snoopy.
    › Back to Top

    By Wayne Smith
    NASA has selected 75 student teams to begin an engineering design challenge to build rovers that will compete next spring at the U.S. Space and Rocket Center near the agency’s Marshall Space Flight Center. The competition is one of the agency’s Artemis Student Challenges, encouraging students to pursue degrees and careers in science, technology, engineering, and mathematics (STEM).

    Recognized as NASA’s leading international student challenge, the 31st annual Human Exploration Rover Challenge (HERC) aims to put competitors in the mindset of NASA’s Artemis campaign as they pitch an engineering design for a lunar terrain vehicle which simulates astronauts piloting a vehicle, exploring the lunar surface while overcoming various obstacles.
    Participating teams represent 35 colleges and universities, 38 high schools, and two middle schools from 20 states, Puerto Rico, and 16 other nations from around the world. The 31st annual Human Exploration Rover Challenge (HERC) is scheduled to begin on April 11, 2025. The challenge is managed by NASA’s Southeast Regional Office of STEM Engagement at Marshall.
    Following a 2024 competition that garnered international attention, NASA expanded the challenge to include a remote-control division, Remote-Operated Vehicular Research, and invited middle school students to participate. The 2025 HERC Handbook includes guidelines for the new remote-control division and updates for the human-powered division.
    NASA’s Artemis Student Challenges reflects the goals of the Artemis campaign, which seeks to land the first woman and first person of color on the Moon while establishing a long-term presence for science and exploration.
    More than 1,000 students with 72 teams from around the world participated in the 2024 challenge as HERC celebrated its 30th anniversary as a NASA competition. Since its inception in 1994, more than 15,000 students have participated in HERC – with many former students now working at NASA, or within the aerospace industry. 
    Smith, a Media Fusion employee and the Marshall Star editor, supports the Marshall Office of Communications.
    › Back to Top

    By Wayne Smith
    NASA has selected 71 teams from across the U.S. to participate in its 25th annual Student Launch Challenge, one of the agency’s Artemis Student Challenges. The competition is aimed at inspiring Artemis Generation students to explore science, technology, engineering, and math (STEM) for the benefit of humanity.
    As part of the challenge, teams will design, build, and fly a high-powered amateur rocket and scientific payload. They also must meet documentation milestones and undergo detailed reviews throughout the school year.

    The nine-month-long challenge will culminate with on-site events starting on April 30, 2025. Final launches are scheduled for May 3, at Bragg Farms in Toney, Alabama, just minutes north of NASA’s Marshall Space Flight Center. Teams are not required to travel for their final launch, having the option to launch from a qualified site. Details are outlined in the Student Launch Handbook.
    Each year, NASA updates the university payload challenge to reflect current scientific and exploration missions. For the 2025 season, the payload challenge will again take inspiration from the Artemis missions, which seek to land the first woman and first person of color on the Moon, and pave the way for future human exploration of Mars.
    As Student Launch celebrates its 25th anniversary, the payload challenge will include reports from STEMnauts, non-living objects representing astronauts. The STEMnaut crew must relay real-time data to the student team’s mission control via radio frequency, simulating the communication that will be required when the Artemis crew achieves its lunar landing.
    University and college teams are required to meet the 2025 payload requirements set by NASA, but middle and high school teams have the option to tackle the same challenge or design their own payload experiment.
    Student teams will undergo detailed reviews by NASA personnel to ensure the safety and feasibility of their rocket and payload designs. The team closest to their target will win the Altitude Award, one of multiple awards presented to teams at the end of the competition. Other awards include overall winner, vehicle design, experiment design, and social media presence.
    In addition to the engineering and science objectives of the challenge, students must also participate in outreach efforts such as engaging with local schools and maintaining active social media accounts. Student Launch is an all-encompassing challenge and aims to prepare the next generation for the professional world of space exploration.
    The Student Launch Challenge is managed by Marshall’s Office of STEM Engagement (OSTEM). Additional funding and support are provided by NASA’s OSTEM via the Next Gen STEM project, NASA’s Space Operations Mission Directorate, Northrup Grumman, National Space Club Huntsville, American Institute of Aeronautics and Astronautics, National Association of Rocketry, Relativity Space, and Bastion Technologies.
    Smith, a Media Fusion employee and the Marshall Star editor, supports the Marshall Office of Communications.
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    NASA’s Deep Space Optical Communications technology demonstration broke yet another record for laser communications this summer by sending a laser signal from Earth to NASA’s Psyche spacecraft about 290 million miles away. That’s the same distance between our planet and Mars when the two planets are farthest apart.
    Soon after reaching that milestone on July 29, the technology demonstration concluded the first phase of its operations since launching aboard Psyche on Oct. 13, 2023.

    “The milestone is significant. Laser communication requires a very high level of precision, and before we launched with Psyche, we didn’t know how much performance degradation we would see at our farthest distances,” said Meera Srinivasan, the project’s operations lead at NASA’s Jet Propulsion Laboratory. “Now the techniques we use to track and point have been verified, confirming that optical communications can be a robust and transformative way to explore the solar system.”
    Managed by JPL, the Deep Space Optical Communications experiment consists of a flight laser transceiver and two ground stations. Caltech’s historic 200-inch aperture Hale Telescope at Caltech’s Palomar Observatory in San Diego County, California, acts as the downlink station to which the laser transceiver sends its data from deep space. The Optical Communications Telescope Laboratory at JPL’s Table Mountain facility near Wrightwood, California, acts as the uplink station, capable of transmitting 7 kilowatts of laser power to send data to the transceiver.
    By transporting data at rates up to 100 times higher than radio frequencies, lasers can enable the transmission of complex scientific information as well as high-definition imagery and video, which are needed to support humanity’s next giant leap when astronauts travel to Mars and beyond.
    As for the spacecraft, Psyche remains healthy and stable, using ion propulsion to accelerate toward a metal-rich asteroid in the main asteroid belt between Mars and Jupiter.
    The technology demonstration’s data is sent to and from Psyche as bits encoded in near-infrared light, which has a higher frequency than radio waves. That higher frequency enables more data to be packed into a transmission, allowing far higher rates of data transfer.
    Even when Psyche was about 33 million miles away – comparable to Mars’ closest approach to Earth – the technology demonstration could transmit data at the system’s maximum rate of 267 megabits per second. That bit rate is similar to broadband internet download speeds. As the spacecraft travels farther away, the rate at which it can send and receive data is reduced, as expected.

    [embedded content]
    This 45-second ultra-high-definition video was streamed via laser from deep space by NASA’s Deep Space Optical Communications technology demonstration June 24, when the Psyche spacecraft was 240 million miles from Earth.

    On June 24, when Psyche was about 240 million miles from Earth – more than 2½ times the distance between our planet and the Sun – the project achieved a sustained downlink data rate of 6.25 megabits per second, with a maximum rate of 8.3 megabits per second. While this rate is significantly lower than the experiment’s maximum, it is far higher than what a radio frequency communications system using comparable power can achieve over that distance.
    The goal of Deep Space Optical Communications is to demonstrate technology that can reliably transmit data at higher speeds than other space communication technologies like radio frequency systems. In seeking to achieve this goal, the project had an opportunity to test unique data sets like art and high-definition video along with engineering data from the Psyche spacecraft. For example, one downlink included digital versions of Arizona State University’s “Psyche Inspired” artwork, images of the team’s pets, and a 45-second ultra-high-definition video that spoofs television test patterns from the previous century and depicts scenes from Earth and space.
    The technology demonstration beamed the first ultra-high-definition video from space, featuring a cat named Taters, from the Psyche spacecraft to Earth on Dec. 11, 2023, from 19 million miles away. (Artwork, images, and videos were uploaded to Psyche and stored in its memory before launch.)
    “A key goal for the system was to prove that the data-rate reduction was proportional to the inverse square of distance,” said Abi Biswas, the technology demonstration’s project technologist at JPL. “We met that goal and transferred huge quantities of test data to and from the Psyche spacecraft via laser.” Almost 11 terabits of data have been downlinked during the first phase of the demo.
    The flight transceiver is powered down and will be powered back up on Nov. 4. That activity will prove that the flight hardware can operate for at least a year.
    “We’ll power on the flight laser transceiver and do a short checkout of its functionality,” said Ken Andrews, project flight operations lead at JPL. “Once that’s achieved, we can look forward to operating the transceiver at its full design capabilities during our post-conjunction phase that starts later in the year.”
    This demonstration is the latest in a series of optical communication experiments funded by the Space Technology Mission Directorate’s Technology Demonstration Missions Program managed at NASA’s Marshall Space Flight Center and the agency’s SCaN (Space Communications and Navigation) program within the Space Operations Mission Directorate. Development of the flight laser transceiver is supported by MIT Lincoln Laboratory, L3 Harris, CACI, First Mode, and Controlled Dynamics Inc. Fibertek, Coherent, Caltech Optical Observatories, and Dotfast support the ground systems. Some of the technology was developed through NASA’s Small Business Innovation Research program.
    Psyche is the 14th mission selected as part of NASA’s Discovery Program, which is managed by Marshall.
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    By Rick Smith
    An ancient celestial traveler will make its first close pass by Earth in mid-October. Mark those calendars – because it won’t be back for another 80,000 years.
    The Oort Cloud comet, called C/2023 A3 Tsuchinshan-ATLAS, was discovered in 2023, approaching the inner solar system on its highly elliptical orbit for the first time in documented human history. It was identified by observers at China’s Tsuchinshan – or “Purple Mountain” – Observatory and an ATLAS (Asteroid Terrestrial-impact Last Alert System) telescope in South Africa. The comet was officially named in honor of both observatories.

    The comet successfully made its closest transit past the Sun on Sept. 27. Scientists surmised it might well break up during that pass, its volatile and icy composition unable to withstand the intense heat of our parent star, but it survived more or less intact – and is now on track to come within approximately 44 million miles of Earth on Oct. 12.
    “Comets are more fragile than people may realize, thanks to the effects of passing close to the Sun on their internal water ice and volatiles such as carbon monoxide and carbon dioxide,” said NASA astronomer Bill Cooke, who leads the Meteoroid Environment Office at NASA’s Marshall Space Flight Center. “Comet Kohoutek, which reached the inner solar system in 1973, broke up while passing too close to the Sun. Comet Ison similarly failed to survive the Sun’s intense heat and gravity during perihelion in 2013.”
    Though Comet Tsuchinshan-ATLAS will be ideally positioned to view from the Southern Hemisphere, spotters above the equator should have a good chance as well. Peak visibility will occur Oct. 9-10, once the half-moon begins to move away from the comet.
    Choose a dark vantage point just after full nightfall, Cooke recommended. Looking to the southwest, roughly 10 degrees above the horizon, identify the constellations of Sagittarius and Scorpio. Tsuchinshan-ATLAS should be visible between them. By Oct. 14, the comet may remain visible at the midway point between the bright star Arcturus and the planet Venus.
    “And savor the view,” Cooke advised – because by early November, the comet will be gone again for the next 800 centuries.
    It’s highly unlikely Tsuchinshan-ATLAS will be visible in daylight hours, except perhaps at twilight, Cooke said. In the past 300 years of astronomical observation, only nine previous comets have been bright enough to spot during the day. The last were Comet West in 1976 and, under ideal conditions, Comet Hale-Bopp in 1997.
    The brightness of comets is measured on the same scale we use for stars, one that has been in use since roughly 150 B.C., when it was devised by the ancient scholar Hipparchus and refined by the astronomer Ptolemy. Stellar magnitude is measured on a logarithmic scale, which makes a magnitude 1 star exactly 100 times brighter than a magnitude 6 star. The lower the number the brighter the object, making it more likely to be clearly seen, whether by telescope or the naked eye.

    “Typically, a comet would have to reach a magnitude of –6 to –10 to be seen in daylight,” Cooke said. “That’s extremely rare.”
    At peak visibility in the northern hemisphere, Tsuchinshan-ATLAS’s brightness is estimated at between 2 and 4. In comparison, the brightest visible star in the night sky, Sirius, has a magnitude of –1.46. At its brightest, solar reflection from Venus is a magnitude of –4. The International Space Station sometimes achieves a relative brightness of –6.
    Comets are often hard to predict because they’re extended objects, Cooke noted, with their brightness spread out and often dimmer than their magnitude suggests. At the same time, they may benefit from a phenomenon called “forward scattering,” which causes sunlight to bounce more intensely off all the gas and debris in the comet’s tail and its coma – the glowing nebula that develops around it during close stellar orbit – and causing a more intense brightening effect for observers.
    “If there is a lot of forward scattering, the comet could be as bright as magnitude –1,” Cooke said. That could make it “visible to the unaided eye or truly spectacular with binoculars or a small telescope.”
    What will become of Comet Tsuchinshan-ATLAS? Cooke noted that it is not expected to draw too near the planetary giants of our system, but eventually could be flung out of the solar system – like a stone from a sling – due to the gravitational influence of other worlds and its own tenuous bond with the Sun.
    But the hardy traveler likely still has miles to go yet. “I learned a long time ago not to gamble on comets,” Cooke said. “We’ll have to wait and see.”
    Smith, an Aeyon employee, supports the Marshall Office of Communications.
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    There’s more to thunderclouds than rain and lightning. Along with visible light emissions, thunderclouds can produce intense bursts of gamma rays, the most energetic form of light, that last for millionths of a second. The clouds can also glow steadily with gamma rays for seconds to minutes at a time.

    Researchers using NASA airborne platforms have now found a new kind of gamma-ray emission that’s shorter in duration than the steady glows and longer than the microsecond bursts. They’re calling it a flickering gamma-ray flash. The discovery fills in a missing link in scientists’ understanding of thundercloud radiation and provides new insights into the mechanisms that produce lightning. The insights, in turn, could lead to more accurate lightning risk estimates for people, aircraft, and spacecraft.
    Researchers from the University of Bergen in Norway led the study in collaboration with scientists from NASA’s Marshall Space Flight Center and Goddard Space Flight Center, the U.S. Naval Research Laboratory, and multiple universities in the U.S., Mexico, Colombia, and Europe. The findings were described in a pair of papers in Nature, published Oct. 2.
    The international research team made their discovery while flying a battery of detectors aboard a NASA ER-2 research aircraft. In July 2023, the ER-2 set out on a series of 10 flights from MacDill Air Force Base in Tampa, Florida. The plane flew figure-eight flight patterns a few miles above tropical thunderclouds in the Caribbean and Central America, providing unprecedented views of cloud activity.
    The scientific payload was developed for the Airborne Lightning Observatory for Fly’s Eye Geostationary Lightning Mapper Simulator and Terrestrial Gamma-ray Flashes (ALOFT) campaign. Instrumentation in the payload included weather radars along with multiple sensors for measuring gamma rays, lightning flashes, and microwave emissions from clouds. 
    The researchers had hoped ALOFT instruments would observe fast radiation bursts known as terrestrial gamma-ray flashes (TGFs). The flashes, first discovered in 1992 by NASA’s Compton Gamma Ray Observatory spacecraft, accompany some lightning strikes and last only millionths of a second. Despite their high intensity and their association with visible lightning, few TGFs have been spotted during previous aircraft-based studies.  
    “I went to a meeting just before the ALOFT campaign,” said principal investigator Nikolai Østgaard, a space physicist with the University of Bergen. “And they asked me: ‘How many TGFs are you going to see?’ I said: ‘Either we’ll see zero, or we’ll see a lot.’ And then we happened to see 130.” 
    However, the flickering gamma-ray flashes were a complete surprise.

    “They’re almost impossible to detect from space,” said co-principal investigator Martino Marisaldi, who is also a University of Bergen space physicist. “But when you are flying at 20 kilometers (12.5 miles) high, you’re so close that you will see them.” The research team found more than 25 of these new flashes, each lasting between 50 to 200 milliseconds. 
    The abundance of fast bursts and the discovery of intermediate-duration flashes could be among the most important thundercloud discoveries in a decade or more, said University of New Hampshire physicist Joseph Dwyer, who was not involved in the research. “They’re telling us something about how thunderstorms work, which is really important because thunderstorms produce lightning that hurts and kills a lot of people.” 
    More broadly, Dwyer said he is excited about the prospects of advancing the field of meteorology. “I think everyone assumes that we figured out lightning a long time ago, but it’s an overlooked area … we don’t understand what’s going on inside those clouds right over our heads.” The discovery of flickering gamma-ray flashes may provide crucial clues scientists need to understand thundercloud dynamics, he said.
    Turning to aircraft-based instrumentation rather than satellites ensured a lot of bang for research bucks, said the study’s project scientist, Timothy Lang of Marshall. 
    “If we had gotten one flash, we would have been ecstatic – and we got well over 100,” he said. This research could lead to a significant advance in our understanding of thunderstorms and radiation from thunderstorms. “It shows that if you have the right problem and you’re willing to take a little bit of risk, you can have a huge payoff.”
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    By Paola Pinto
    NASA Short-term Prediction Research and Transition (SPoRT) Center’s sea surface temperature (SST) product is a pivotal resource for enhancing weather analysis, forecasting, and marine safety at the National Weather Service (NWS) and within the coastal/marine user community.

    Its real-world applications range from improving weather forecasts to enhancing marine safety. What sets this SST product apart from others is its integration of data from multiple satellites, generating a high-resolution 7-day composite at a 2 km resolution. By combining observations from five satellites – three VIIRS and two AVHRR on polar-orbiting satellites like SNPP and MetOp – it achieves around 80% coverage of SST data that are less than two days old, ensuring timely and accurate insights for remote ocean areas, coastal regions, and large lakes. This advanced system supports critical functions such as tropical storm monitoring, visibility forecasts, and ice formation predictions.
    David Marsalek, a meteorologist with NOAA’s NWS in Cleveland, Ohio, highlights the value of SST data for the safety of the Great Lakes, particularly for shipping and recreational activities. Marsalek, who has been focused on marine conditions, notes the dual role of SST data in both summer and winter.
    “For us at WFO Cleveland, SST data is vital year-round,” Marsalek said. During winter, Marsalek emphasizes the role of SST data in forecasting ice formation. He indicates that in Lake Erie, during colder months, the SST product from NASA SPoRT is crucial for predicting ice formation for Great Lakes interests.
    “Our office relies heavily on this data to issue ice outlooks for the pre-ice season in fall and early winter and advisories for situations such as rapid ice growth,” he said. “Without it, we would struggle to provide accurate long-term forecasts, especially as buoys are often removed before ice forms.”
    The SPoRT SST product helps his team bridge this gap, enabling them to make informed predictions about ice development.
    Brian LaMarre, a meteorologist with NWS in Tampa Bay, Florida, said SPoRT SST data, introduced through a pilot project from 2012 to 2015, has become essential for Tampa Bay’s 24/7 forecasting and warnings. The high-resolution SST data is crucial for maritime navigation, particularly in improving marine channel forecasts and helping forecasters anticipate visibility restrictions due to fog in the Port of Tampa Bay. By integrating the SPoRT SST product with air and dewpoint temperature forecasts, forecasters can diagnose when fog will form due to warm, moist air flowing over cooler SSTs in the channel, especially during the Florida fog season from late fall into early spring. This accurate forecasting is essential for Tampa Bay’s largest port, which handles $18 billion in trade annually. Unanticipated port closures due to fog can have a significant economic impact, halting shipping operations and causing costly delays.
    “This data supports decision making for the Coast Guard and harbor pilots,” LaMarre said.

    Additionally, SPoRT SST data aids in assessing water temperature impacts during major weather events like hurricanes, further ensuring the safety and economic viability of the region. LaMarre also highlighted how SST data provides timely temperature forecasts to local organizations focused on marine life rescue. This helps them quickly deploy rescue missions for wildlife, such as sea turtles and manatees, affected by cold water stunning events.
    John Kelley and his nowCOAST Team at NOAA’s National Ocean Service Coastal Marine Modeling Branch within the Coast Survey Development Lab have made NASA SPoRT SST composites available via nowCOAST’s web mapping services and GIS-based map viewer for the past nine years. On average, nowCoast receives around 400,000 monthly hits and even higher web traffic during severe weather events; some users include state agencies, the Coast Guard, and marine industry professionals.
    “The SPoRT SST composite is integrated with a variety of data and information from NOAA, such as tropical cyclone track and intensity forecasts, lightning strike density maps, and marine weather warnings, to support critical operations like marine navigation, coastal resiliency, and disaster preparedness and response,” Kelley said. Accurate SST data plays a key role in helping vessels navigate safely through shifting ocean temperatures and currents, which can affect fuel efficiency, weather conditions, and route planning. It also supports coastal communities by providing timely data to anticipate severe weather events, such as hurricanes, which can impact ecosystems and infrastructure.
    Kelley said SPoRT SST is also used to evaluate the accuracy of short-range predictions from the National Ocean Service operational numerical oceanographic forecast models for both coastal oceans and the Great Lakes. Recently, the composites have been crucial in evaluating lake surface temperature predictions for large, non-Great Lakes inland lakes, where in-situ water temperature observations are often unavailable.
    “The SPoRT SST composites provide critical verification data for large lakes where in-situ water temperature observations are not available,” Kelley said.
    The SPoRT center was established in 2002 at NASA’s Marshall Space Flight Center to transition NASA satellite products and capabilities to the operational weather community to improve short-term weather forecasting.
    Pinto is a research associate at the University of Alabama in Huntsville, specializing in communications and user engagement for NASA SPoRT.
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    MIL OSI USA News

  • MIL-OSI Banking: Huawei Austria Celebrates Five Years of TECH4ALL Nature Conservation at Biodiversity Forum

    Source: Huawei

    Headline: Huawei Austria Celebrates Five Years of TECH4ALL Nature Conservation at Biodiversity Forum

    [Vienna, Austria, October 10, 2024] Huawei hosted the Innovations for Biodiversity Forum this week to commemorate the fifth anniversary of Huawei’s TECH4ALL digital inclusion initiative and share insights into how technology is revolutionizing biodiversity protection.
    Launched in 2019 and aligned with the UN Sustainable Development Goals, TECH4ALL leverages technology and partnerships to create a positive impact in four domains: environment, education, health, and development. In the environment domain, Huawei TECH4ALL has run nature conservation projects in 53 protected areas with global and local partners in forest, wetland, and ocean ecosystems around the world.
    Media delegates at the TECH4ALL Innovations for Biodiversity Forum

    “Over the past five years, Huawei’s TECH4ALL program has demonstrated how technology can be a powerful force for good, addressing global challenges in environmental protection, education, and digital inclusion,” said Harvey Zhang, CEO of Huawei Austria.
    The Innovations for Biodiversity Forum focused on TECH4ALL nature conservation projects in Europe, including findings of biodiversity monitoring in the wetland ecosystem around Austria’s Lake Neusiedl.
    The quality of the reed bed habitats in this ecosystem is declining, negatively impacting amphibian species, mammals, and bird life. Since 2021, audio monitoring devices have collected more than 2 million individual audio files of 69 bird species.
    Wildlife in the reed beds of Lake Neusiedl in Austria

    This vast dataset will help develop a conservation management plan for the ecosystem, including controlled fire management to rejuvenate aging reed beds and strengthen overall biodiversity by understanding the habitat preferences of the individual species studied.
    “Hardly any reed harvesting has been done in recent decades, which has had a negative impact on the state of the reed belt. The study investigated whether targeted fires could have an effect similar to that of harvesting. To do this, areas that show different age conditions due to fires were compared,” said Dr. Christian Schulze from the Department of Biodiversity Research at the University of Vienna. “The research showed that older reed beds harbor the greatest diversity of bird species. However, the analysis of individual species also shows that controlled reed fires have positive aspects.”
    The forum explored a similar TECH4ALL monitoring project in Poland to build a more complete picture of biodiversity in the Białowieża National Park ecosystem, also with the aim of developing targeted conservation measures.
    Greek startup PROBOTEK introduced a forest fire-prevention solution that uses sensors, drones, AI, and 5G to detect and transmit real-time video-footage of fire risks, which are on the rise in parts of Europe due to climate change and rising temperatures. The project is designed to enable emergency response in the first ‘golden 15 minutes’ of a forest fire being detected, notify residents of evacuation routes, and plan routes for fire trucks and ambulances.
    The forum also looked at the success of an AI-based filtering system designed to protect Norway’s wild Atlantic salmon from possible extinction due to the invasive pink salmon species. The pilot project in 2023 successfully filtered out 6,000 invasive salmon, and expectations are high that the solution, the world’s first of its type, can be scaled out across Norway’s river systems.
    On day two of the forum, the media delegation in attendance visited Lake Neusiedl to learn how the TECH4ALL solution works in practice and the transformative effect that intelligent digital technologies can have on nature conservation.

    MIL OSI Global Banks