Category: Universities

  • MIL-OSI USA: A Slumping Slide Into the Yukon River

    Source: NASA

    The section of the Yukon River between Whitehorse and Lake Laberge is a popular route for canoers. The sinuous stretch in Canada’s Yukon Territory brings paddlers through a broad glacial valley punctuated by cutbanks, sandbars, and oxbow lakes. As of May 2025, adventurers might encounter a new geologic feature: a concave slump that took a bite out of the east bank of the river, toppled and tilted trees, and deposited such a massive mound of debris that the river narrowed to less than half its normal width.
    The OLI (Operational Land Imager) on Landsat 8 captured a clear view (right) of the landslide debris on June 22, 2025. The left image shows the same area on June 19, 2024, before the landslide. The slide occurred on a forested bank just west of Swan Lake. Ground photographs indicate that it was a rotational landslide, or slump, meaning the surface of the rupture occurred along a curved surface and left a spoon-shaped depression. Note that the river water levels were lower in June 2025, so sandbars appear slightly larger than in June 2024.
    Based on satellite imagery and reports from people on the river, scientists with the Yukon Geological Survey reported that the slide was initially 950 meters (3,100 feet) wide and 250 meters (820 feet) long and occurred between May 14 and May 18.
    “It’s a compound landslide of clay, silt, and sand from Glacial Lake Laberge sediments deposited at the end of the glaciation,” the survey noted in a post on Facebook. “The slide extended below the riverbed, thrusting sediments and vegetation several meters above river level—creating spectacular classic landslide landforms.”
    Geologists noted impressive back-tilted blocks and horst and graben structures visible in photos of the debris, but such features are likely short-lived. The debris could erode away “quite quickly” given the fine-grained materials involved, wrote Dave Petley, vice-chancellor at the University of Hull and author of The Landslide Blog. “Landslides of this type are part of the functioning of the natural system, providing the mechanism through which the river can meander across the plain,” he said.
    The next stop for much of the landslide debris is likely “The Flats”—a shallow delta-like area of mudflats and sand downriver, where the Yukon River slows, widens, and becomes Lake Laberge.
    NASA Earth Observatory images by Michala Garrison, using Landsat data from the U.S. Geological Survey. Story by Adam Voiland.

    MIL OSI USA News

  • MIL-Evening Report: Ramzy Baroud: The fallout – winners and losers from the Israeli war on Iran

    COMMENTARY: By Ramzy Baroud, editor of The Palestinian Chronicle

    The conflict between Israel and Iran over the past 12 days has redefined the regional chessboard. Here is a look at their key takeaways:

    Israel:
    Pulled in the US: Israel successfully drew the United States into a direct military confrontation with Iran, setting a significant precedent for future direct (not just indirect) intervention.

    Boosted political capital: This move generated substantial political leverage, allowing Israel to frame US intervention as a major strategic success.

    Iran:
    Forged a new deterrence: Iran has firmly established a new equation of deterrence, emerging as a powerful regional force capable of directly challenging Israel, the US, and their Western allies.

    Demonstrated independence: Crucially, Iran achieved this without relying on its traditional regional allies, showcasing its self-reliance and strategic depth.

    Defeated regime change efforts: This confrontation effectively thwarted any perceived Israeli strategy aimed at regime change, solidifying the current Iranian government’s position.

    Achieved national unity: In the face of external pressure, Iran saw a notable surge in domestic unity, bridging the gap between reformers and conservatives in a new social and political contract.

    Asserted direct regional role: Iran has definitively cemented its status as a direct and undeniable player in the ongoing regional struggle against Israeli hegemony.

    Sent a global message: It delivered a strong message to non-Western global powers like China and Russia, proving itself a reliable regional force capable of challenging and reshaping the existing balance of power.

    Exposed regional dynamics: The events sharply exposed Arab and Muslim countries that openly or tacitly support the US-Israeli regional project of dominance, highlighting underlying regional alignments.

    Dr Ramzy Baroud is a journalist, author and editor of The Palestine Chronicle. He is the author of The Last Earth: A Palestinian Story (Pluto Press, London). He has a PhD in Palestine Studies from the University of Exeter (2015) and was a Non-Resident Scholar at Orfalea Center for Global and International Studies, University of California Santa Barbara. This commentary is republished from his Facebook page.

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI Asia-Pac: Housing chief to depart for Beijing

    Source: Hong Kong Information Services

    Secretary for Housing Winnie Ho will depart for Beijing tomorrow afternoon. She will attend the Asia-Pacific Network for Housing Research Conference 2025 at Tsinghua University on June 26.

    At the conference, Ms Ho will speak on the opportunities and challenges related to housing development in the Asia-Pacific region.

    She will also speak on the topic “Housing Policy for Happiness & Social Mobility” and share how the people-oriented housing initiatives of the Hong Kong Special Administrative Region Government enhance people’s happiness with more liveable designs and encourage upward mobility through moving up the housing ladder.

    During her visit to Beijing, Ms Ho will call on the State Council’s Hong Kong & Macao Affairs Office.

    She will also meet officials from the State Council’s State-owned Assets Supervision and State Council’s Administration Commission and the Ministry of Housing & Urban-Rural Development.

    Moreover, she will visit an innovative technology lab there to learn about the latest developments in the adoption of smart and green technologies on the Mainland.

    Ms Ho will return to Hong Kong on June 27. During her absence, Under Secretary for Housing Victor Tai will be Acting Secretary.

    MIL OSI Asia Pacific News

  • MIL-OSI Europe: Text adopted – Electricity grids: the backbone of the EU energy system – P10_TA(2025)0136 – Thursday, 19 June 2025 – Strasbourg

    Source: European Parliament

    The European Parliament,

    –  having regard to the Treaty on the Functioning of the European Union, and in particular Article 194 thereof,

    –  having regard to the Commission communication of 8 July 2020 entitled ‘Powering a climate-neutral economy: An EU Strategy for Energy System Integration’ (COM(2020)0299),

    –  having regard to the Commission communication of 28 November 2023 entitled ‘Grids, the missing link – An EU Action Plan for Grids’ (COM(2023)0757),

    –  having regard to the Commission report of January 2025 entitled ‘Investment needs of European energy infrastructure to enable a decarbonised economy’(1),

    –  having regard to the Commission communication of 26 February 2025 entitled ‘Action Plan for Affordable Energy – Unlocking the true value of our Energy Union to secure affordable, efficient and clean energy for all Europeans’ (COM(2025)0079),

    –  having regard to the Commission communication of 26 February 2025 entitled ‘The Clean Industrial Deal: A joint roadmap for competitiveness and decarbonisation’ (COM(2025)0085),

    –  having regard to the Commission communication of 5 March 2025 entitled ‘Industrial Action Plan for the European automotive sector’ (COM(2025)0095),

    –  having regard to Regulation (EU) 2021/1153 of the European Parliament and of the Council of 7 July 2021 establishing the Connecting Europe Facility and repealing Regulations (EU) No 1316/2013 and (EU) No 283/2014(2) (the CEF Regulation),

    –  having regard to Regulation (EU) 2022/869 of the European Parliament and of the Council of 30 May 2022 on guidelines for trans-European energy infrastructure, amending Regulations (EC) No 715/2009, (EU) 2019/942 and (EU) 2019/943 and Directives 2009/73/EC and (EU) 2019/944, and repealing Regulation (EU) No 347/2013(3) (the TEN-E Regulation),

    –  having regard to Directive (EU) 2019/944 of the European Parliament and of the Council of 5 June 2019 on common rules for the internal market for electricity and amending Directive 2012/27/EU(4),

    –  having regard to Regulation (EU) 2019/943 of the European Parliament and of the Council of 5 June 2019 on the internal market for electricity(5),

    –  having regard to Directive (EU) 2023/2413 of the European Parliament and of the Council of 18 October 2023 amending Directive (EU) 2018/2001, Regulation (EU) 2018/1999 and Directive 98/70/EC as regards the promotion of energy from renewable sources, and repealing Council Directive (EU) 2015/652(6) (the Renewable Energy Directive),

    –  having regard to Directive (EU) 2024/1275 of the European Parliament and of the Council of 24 April 2024 on the energy performance of buildings(7),

    –  having regard to Directive (EU) 2024/1711 of the European Parliament and of the Council of 13 June 2024 amending Directives (EU) 2018/2001 and (EU) 2019/944 as regards improving the Union’s electricity market design(8),

    –  having regard to Regulation (EU) 2024/1747 of the European Parliament and of the Council of 13 June 2024 amending Regulations (EU) 2019/942 and (EU) 2019/943 as regards improving the Union’s electricity market design(9) (Electricity Market Design (EMD) Regulation),

    –  having regard to Regulation (EU) 2018/1999 of the European Parliament and of the Council of 11 December 2018 on the Governance of the Energy Union and Climate Action, amending Regulations (EC) No 663/2009 and (EC) No 715/2009 of the European Parliament and of the Council, Directives 94/22/EC, 98/70/EC, 2009/31/EC, 2009/73/EC, 2010/31/EU, 2012/27/EU and 2013/30/EU of the European Parliament and of the Council, Council Directives 2009/119/EC and (EU) 2015/652 and repealing Regulation (EU) No 525/2013 of the European Parliament and of the Council(10), which reflects the EU’s electricity interconnection targets,

    –  having regard to the Council conclusions on ‘Advancing Sustainable Electricity Grid Infrastructure’, as approved by the Transport, Telecommunications and Energy Council at its meeting on 30 May 2024,

    –  having regard to its resolution of 10 July 2020 on a comprehensive European approach to energy storage(11),

    –  having regard to its resolution of 19 May 2021 on a European strategy for energy system integration(12),

    –  having regard to the report of January 2023 by the EU Agency for the Cooperation of Energy Regulators (ACER) on electricity transmission and distribution tariff methodologies in Europe,

    –  having regard to the report of 19 December 2023 by ACER entitled ‘Demand response and other distributed energy resources: what barriers are holding them back?’,

    –  having regard to the report of April 2025 by the European Network of Transmission System Operators for Electricity (ENTSO-E) entitled ‘Bidding Zone Review of the 2025 Target Year’(13),

    –  having regard to Rule 55 of its Rules of Procedure,

    –  having regard to the report of the Committee on Industry, Research and Energy (A10-0091/2025),

    A.  whereas electricity grids are essential for the Union to achieve its clean energy transition and to deliver renewable energy while supporting economic growth and prosperity; whereas inefficiencies and lack of full integration negatively impact energy prices for consumers and companies;

    B.  whereas in light of the growing demand for electricity, significant investments and upgrades are required, along with regulatory oversight, to increase cross-border and national-level transmission capacity and modernise infrastructure, ensuring a decarbonised, flexible, more decentralised, digitalised and resilient electricity system;

    C.  whereas poor connectivity and grid bottlenecks are among the main reasons the EU cannot fully benefit from the significant installed capacities of wind and solar energy, thereby ensuring affordable prices for households and industry; whereas the lack of strong interconnection between regions with different natural and climatic characteristics leads to the overproduction of energy and administrative limitation on renewable production in some regions, while other regions are struggling with insufficient supply and high prices;

    D.  whereas transmission system operators (TSOs) are essential for integrating offshore renewable energy into the EU grid, in particular for those connected to more than one market; whereas, if TSOs fail to provide the agreed grid capacity, compensation should be paid to developers for lost export capacity, funded by congestion income; whereas such compensation should be shared fairly among TSOs and align with principles of non-discrimination and maximising cross-border trade; whereas this highlights the importance of maintaining a functioning interconnector backbone, as failures in interconnector capacity may result in costs for both producers and TSOs;

    E.  whereas Europe will only reach its decarbonisation objectives if there is a coordinated, pan-European approach to electricity system planning, connecting borders, sectors and regions;

    F.  whereas the planning of electricity transmission and distribution networks must be coordinated to ensure the effective development of the EU electricity system;

    G.  whereas the EU electricity grid was built for a 20th century economy based on centralised, fossil fuel-fired electricity generation, and must be modernised to meet the demands of a digitalised economy with increased levels of electrification and a higher share of decentralised and variable renewable energy sources;

    H.  whereas cross-border interconnectors, transmission and distribution grid infrastructure are critical for integrating renewables, reducing costs for European consumers and increasing the security of energy supply;

    I.  whereas distribution level grid projects are already eligible for funds under the Connecting Europe Facility – Energy (CEF-E); whereas, however, only a small share has been allocated to distribution grids under the most recent Projects of Common Interest (PCI) list; whereas CEF-E should better reflect the role of distribution grids for the achievement of EU energy and climate targets;

    J.  whereas ENTSO-E has calculated that cross-border electricity investment of EUR 13 billion per year until 2050 would reduce system costs by EUR 23 billion per year;

    K.  whereas the ‘energy efficiency first’ principle is a fundamental principle of EU energy policy and is legally binding; notes that the correct implementation of this principle will significantly reduce energy consumption, thereby lowering the need for investment in electricity grids and interconnectors;

    L.  whereas keeping the EU energy policy triangle of sustainability, security of supply and affordability in balance is key to a successful energy transition and to a reliable European energy system;

    M.  whereas energy network planning is a long-term process closely linked to investment stability;

    N.  whereas energy system flexibility needs are expected to double by 2030, in light of an increased share of renewables; whereas demand-side flexibility is therefore crucial for grid stability; whereas individual citizens, businesses and communities participating in the electricity market may bring manifold benefits to the grids, such as enhanced system efficiency, resilience, investment optimisation, improved social acceptance and lower energy costs; whereas serious delays and inconsistencies in implementing existing EU provisions on citizens’ energy, demand flexibility and smart network operations remain a concern;

    O.  whereas although recycling meets between 40 % and 55 % of Europe’s aluminium and copper needs, further measures to extend recycling capacity, waste collection and supply chain efficiency must be considered;

    P.  whereas the Commission and High Representative’s joint communication entitled ‘EU Action Plan on Cable Security’ highlights the importance of ensuring the secure supply of spare cable parts and the stockpiling of essential material and equipment;

    Q.  whereas the electricity system blackout experienced in the Iberian Peninsula and parts of France on 28 April 2025 illustrated, among other things, how important it is to increase the energy grid’s resilience by ensuring that it is well maintained, protected and balanced at all times, including through flexible system services and enhanced cross-border interconnections, to allow for an agile recovery in the event of system failure;

    R.  whereas national and regional level system operators hold important responsibilities, particularly in the area of energy supply security; whereas all tasks of a regulatory nature should be performed by regulatory agencies acting in the public interest; whereas, however, alongside these responsibilities, a strengthened role for regulators and ACER in the planning processes can contribute to addressing shortcomings, such as ENTSO-E’s current 10-year network development plan (TYNDP) grid planning, as identified in the grid monitoring report; whereas, while acknowledging the TSOs’ responsibilities in drawing up these scenarios, ACER’s early involvement in the drawing-up process could help to ensure that the guidelines for the drawing-up of the scenarios are followed in accordance with the TEN-E Regulation;

    S.  whereas interconnection development will contribute to further integrating the EU electricity market, which not only increases system flexibility and resilience, but also unlocks economies of scale in renewable electricity production;

    T.  whereas the energy workforce will need to increase by 50 % to deploy the requisite renewable energy, grid and energy efficiency technologies(14);

    U.  whereas small and medium-sized enterprises (SMEs) are the backbone of the EU’s economy, entrepreneurship and innovation, comprising 99 % of businesses, providing jobs to more than 85 million EU citizens and generating more than 58 % of the EU’s GDP;

    V.  whereas increasing decentralised electricity generation and demand response are important to reduce reliance on centralised production, which may be easily targeted by physical threats or cyberthreats, or compromised by climate-related events;

    1.  Calls on the Member States to fully explore, optimise, modernise and expand their electricity grid capacity, including transmission and distribution; considers electricity grids to be the central element in the EU’s transition to a competitive, net zero economy by 2050, one that is capable of accommodating high volumes of variable renewable energy technologies and/or evolving demand sources driven by increased levels of electrification and the advancement of digital technologies; notes the Member States’ prerogative to determine their own energy mix;

    2.  Calls on the Commission, the Member States, ACER, EU DSO Entity(15) and ENTSO-E(16) to implement the actions of the EU grid action plan, the action plan for affordable energy, the reform of the EU’s electricity market design and the Renewable Energy Directive without delay;

    3.  Points out that the completion of the EU’s energy market integration will save up to EUR 40 billion annually, and that a 50 % increase in cross-border electricity trade could increase the EU’s annual GDP by 0,1 %(17);

    Relevance of electricity grids for the European energy transition

    4.  Welcomes the Commission’s communication on grids(18); underlines the expected increase in electricity consumption of 60 % by 2030, the rising need to integrate a large share of variable renewable power into the grid, and the need for grids to adapt to a more decentralised, digitalised and flexible electricity system, including the optimisation of system operations and the full utilisation of local flexibility resources, demand response and energy storage solutions to complement wholesale markets and enhance grid resilience, resulting in an additional 23 GW of cross-border capacity by 2025 and a further 64 GW of capacity by 2030; notes that over 40 % of the Union’s distribution grids are over 40 years old and need to be updated(19);

    5.  Reiterates that, by 2030, the Union needs to invest around EUR375 to 425 billion in distribution grids, and, overall, EUR 584 billion, in transmission and distribution electricity grids(20), including cross-border interconnectors and the adaptation of distribution grids to the energy transition;

    6.  Notes with concern that in 2023 the costs of managing transmission electricity grid congestion in the EU were EUR 4,2 billion(21) and continue to rise, and that curtailment is an obstacle to increasing the share of renewable energy sources; notes that this figure does not include the distribution electricity grid; stresses that in 2023 nearly 30 TWh of renewable electricity were curtailed across several Member States due to insufficient grid capacity; further notes the sharp increase in annual hours of negative electricity prices, rising from 154 in 2018 to 1 031 as of September 2024(22), largely driven by grid congestion at borders, and the lack of sufficient storage, flexibility and demand response in the electricity market to temporally match variable renewable electricity supply with electricity demand; stresses that addressing these issues could help to absorb surplus supply, thereby maximising the use of existing grid infrastructure, but that existing market and regulatory frameworks often fail to provide adequate incentives for achieving this;

    7.  Highlights that a failure to modernise and expand the EU’s electricity grid, alongside the rapid deployment of the high volumes of variable renewable energy required to deliver on its targets, has and will continue to result in high levels of dispatch-down (instructions to reduce output); believes that the dispatch-down of renewables, caused by grid congestion and curtailment, represents an unacceptable waste of high-value renewable electricity and money; calls on the Commission, as part of its forthcoming European Grids Package, to set out an EU strategy to vastly reduce the dispatch-down of renewable electricity;

    8.  Highlights the role of smart grids in improving congestion management and optimising the electricity distribution of renewables; stresses their contribution to network flexibility by integrating digital tools that facilitate demand-side response and collective self-consumption; underlines that better grid management enhances energy resilience, reduces curtailments and secures supply during peak demand periods;

    9.  Highlights that the electricity grid infrastructure is a priority for achieving the EU’s strategic autonomy and its climate and energy targets; notes the Clean Industrial Deal’s commitment to electrification with a key performance indicator of a 32 % economy-wide electrification rate by 2030, which would necessitate a significant and continuous update and deployment of grids; regrets that delays in responding to requests for connection to grids result in a slower pace of electrification, even in Member States where generation from renewables is rapidly increasing;

    10.  Highlights, in particular, the crucial role that energy communities can play in supporting local economies; regrets that energy communities and smaller operators face disproportionate barriers to grid access and grid funding access due to regulatory hurdles and resource constraints; calls, therefore, on the Member States that are lagging behind in this regard to fully implement the Clean Energy Package, Fit for 55 and Renewable Energy Directive provisions, empowering citizens, municipalities, SMEs and companies to actively participate in the electricity market, in particular by developing enabling frameworks for renewable energy communities and the promotion of energy-sharing schemes; calls for grid-related EU and national level funding to take into account the specific needs of projects promoted by energy communities;

    Regulatory situation and challenges

    11.  Is convinced that regulatory stability is a key condition for unlocking private investments in the electricity grid and, where feasible, enabling the affordable electrification of the EU’s economy, and reiterates the need to implement already adopted legislation before assessing potential new reviews;

    12.  Underlines that integrated grid planning across sectors at local, regional, national and EU levels will lead to increased system efficiency and reduced costs; calls, therefore, on the Commission and on the Member States to work towards integrated planning and to ensure that electricity network development plans are aligned with the 2021-2030 national energy and climate plans (NECPs) for all voltage levels; notes that a strengthened governance framework would help to ensure alignment between grid development plans and national and EU level policy objectives; recognises that, while the Member States are required to report on their contributions to EU targets through the NECPs, there is currently no equivalent obligation on TSOs to systematically report at EU level;

    13.  Underlines that the TEN-E Regulation and the Projects of Common Interest (PCI) and Projects of Mutual Interest (PMI) are powerful tools in the development of the Union’s cross-border energy infrastructure; regrets the shortcomings in the current TYNDP for European electricity infrastructure, which results in investment interests falling short of cross-border needs(23), and that grid planning does not fully leverage cross-border and cross-sectoral savings(24); further regrets delays regarding to the completion of PCIs; urges the Commission to introduce more coordinated, long-term cross-sectoral planning to deliver the related savings and benefits across the EU; highlights that such coordinated planning could better inform cost sharing of infrastructure across the Member States; notes that, although the TEN-E Regulation enables smart electricity grid projects with a cross-border impact to obtain PCI status, even if such projects do not cross a physical border, the PCI list in 2023 included only five such projects; strongly believes, therefore, that the PCI process needs to be strengthened, simplified and streamlined for more clarity and transparency; calls on the Member States to fully complete the PCIs; calls on the Commission to urgently propose a targeted revision of the TEN-E Regulation in order to (1) introduce a robust planning process that combines system operators’ responsibilities with a strengthened role for ACER by mandating ACER to request amendments to the scenarios and the TYNDP, (2) ensure scenarios are drawn up in line with the decarbonisation agenda and enable easier access for smart electricity grid projects, and (3) introduce a simplified application process for small and medium-sized distribution system operators (DSOs);

    14.  Emphasises that network planning is a long-term process closely linked to investment stability; proposes, therefore, extending the time frame for network development plans to 20 years; highlights that grid investment is urgently required by the EU’s competitive agenda and should not be delayed;

    15.  Additionally notes that the EU will continue to have strong electricity links with its neighbouring countries and therefore believes the Commission should enhance such cooperation with neighbouring countries through PMIs with non-EU countries, as provided for in the TEN-E Regulation;

    16.  Strongly emphasises that CEF-E has proven to be the crucial instrument for co-financing cross-border energy infrastructure and insists on its continuation; welcomes the inclusion of offshore electricity grid projects in the Commission’s most recent allocation of grants under CEF-E;

    17.  Considers the lack of detailed, reliable and comparable data on national and EU grid planning an obstacle to more efficient grids; calls therefore on the Member States to thoroughly implement the relevant provision in the Electricity Directive(25), in particular Article 32, and to encourage smaller DSOs to apply this Article’s provision;

    18.  Welcomes the EU DSO Entity’s report on good practices on Distribution Network Development Plans(26) (DNDPs), which calls on the Member States to include cost-benefit analyses in their DNDPs, in order to evaluate investment opportunities; urges the Commission to develop guidelines based on this report, in cooperation with the EU DSO Entity, to harmonise and increase transparency of national development planning for distribution grids, to publish a European overview of the DNDPs and to require all transmission and distribution operators to provide energy regulators with the necessary data about their current and future grid hosting capacity information and grid planning, to enable energy regulators to properly scrutinise grid planning; calls on the Member States to implement Article 31(3) of Directive 2024/1711, which requests grid operators to publish information on the capacity available in their area of operation, in order to ensure transparency and enable stakeholders to make informed investment decisions; calls on the Commission to develop a centralised online repository for all transmission plans and DNDPs;

    19.  Highlights the significant risk posed by curtailment to the viability of renewable energy investment, especially considering that many Member States fail to compensate market participants for curtailed electricity volumes, despite the requirements set out in Articles 12 and 13 of Regulation (EU) 2019/943; regrets the lack of transparency, availability and data granularity regarding curtailed renewable energy volumes and congestion management costs;

    20.  Highlights the value of putting clear metrics in place to measure whether the EU is on track to deliver the grid expansion and reinforcements needed to meet its 2050 objectives; notes that such metrics could include reductions in renewable energy curtailment, lower grid development costs relative to the amount of capacity delivered, increases in the efficient use of existing infrastructure, a reduction in losses and lower raw material intensity;

    21.  Notes the work done by ENTSO-E and the EU DSO Entity on harmonised definitions of available grid hosting capacity for system operators and to establish an Union-wide overview thereof; believes that national regulatory authorities (NRAs) could benefit from clear legislative provisions as to how Member States can prioritise grid connections, so as to abandon the ‘first-come, first-served’ principle; therefore asks the Commission to amend Article 6 of Directive (EU) 2019/944 on the internal market for electricity, as part of the implementation review that the Commission must complete by 31 December 2025, and to consequently introduce transparent priority connection criteria to be chosen and further defined by the Member States for (1) generation connection, such as quality and maturity of the project, level of commitment, contribution to decarbonisation, social value, and for (2) consumer connection, such as quality and maturity of the project, level of commitment, contribution to decarbonisation, public interest or its strategic and/or social value, and grid optimisation; calls on the NRAs and the Member States to provide clear prioritisation rules according to their local and national specificities to allow the ‘first-come, first-served’ approach to be abandoned by disincentivising applications for connection that are not substantiated by a solid project, that are speculative or where the developer cannot show sufficient commitment to the realisation of a project;

    22.  Underlines that improved cross-border interconnections offer substantial cost-saving potential at the system level, with annual reductions in generation costs estimated at EUR 9 billion up to 2040, while requiring annual investments of EUR 6 billion in cross-border infrastructure and storage capacity;

    23.  Regrets that some Member States did not achieve the 10% interconnection target by 2020 and urges them to strive to achieve the current 15% interconnection target for 2030, as set out in Regulation (EU) 2018/1999, since interconnection capacity is crucial for the functioning of the EU’s internal electricity market, leading to significant cost savings at system level and decreasing generation costs by EUR 9 billion annually to 2040(27); regrets that the 32 GW of cross-border capacity needed by 2030 remains unaddressed(28); deplores the delays and uncertainties regarding several interconnection projects; calls, therefore, on the Commission to propose, by June 2026 at the latest, a binding interconnection target for 2036 based on a needs assessment; stresses the need for cooperation with non-hosting Member States and for the EU and its neighbouring countries to be involved in negotiations, in order to ensure the projects’ finalisation;

    24.  Highlights the need to accelerate permitting procedures for electricity infrastructure; stresses that grid expansion should not be delayed by lengthy permitting procedures or excessive reporting requirements; therefore welcomes the positive progress made regarding provisions adopted in the latest revision of the Renewable Energy Directive, specifically Article 16f thereof, and the Emergency Regulation on Permitting(29) to accelerate, streamline and simplify permit-granting procedures for grid and renewable energy projects, especially the principle of public overriding interest for grid projects; notes, however, that some of the Member States have not seen a material improvement in project permitting timelines, despite the ambitious frameworks set out at EU level; therefore urges the Member States to implement these measures without delay and calls on the Commission to closely monitor the implementation of the Renewable Energy Directive, and regularly assess if revised permitting provisions are sufficient to deliver on the EU’s objectives; additionally calls on the Commission to set out guidelines for the Member States to include a principle of tacit approval in their national planning systems, as described in Article 16a of the Renewable Energy Directive; stresses that reinforcing administrative capacity, including through adequate staffing of planning and permitting authorities, will accelerate permitting procedures;

    25.  Encourages the Member States to draw up plans to designate dedicated infrastructure areas for grid projects, as outlined in Article 15e of the Renewable Energy Directive; stresses that such plans are essential to account for local specificities and ensure respect for protected areas; emphasises that these plans should be closely coordinated with the designation of acceleration areas for renewables, to ensure a streamlined, efficient and integrated approach to energy infrastructure development;

    26.  Notes that often documents need to be submitted in paper form; calls on the Member States to increase the digitalisation of these processes in order to accelerate permitting procedures; calls on the Commission and the Member States to revise all EU legislation relevant to permitting, such as the Environmental Impact Assessment Directive(30), with a view to introducing mandatory digital application, submission and processing requirements;

    27.  Highlights the importance of public acceptance and public engagement when developing new grid projects and calls on the Commission to develop a set of best practices to be shared among the Member States in this regard; highlights the critical importance of effective communication with citizens and communities regarding grid projects and reinforcement; notes that local-level support can help to accelerate the delivery of critical infrastructure and thus meet national and EU level objectives; urges the swift implementation of the EU’s pact for engagement with the electricity sector and coordination with national signatories (TSOs, DSOs, NRAs) to guarantee early, meaningful and regular public participation in grid projects;

    28.  Calls for the convening of a TAIEX(31) Group on Permitting within the forthcoming European Grids Package to support the Member States in addressing administrative bottlenecks, enhancing regulatory capacity and accelerating project approvals through the sharing of best practices and cross-border coordination;

    29.  Welcomes the initiatives announced under the Action Plan for Affordable Energy; recommends that the Commission extend the ‘tripartite contract for affordable energy for Europe’s industry’ to smaller energy producers, including energy communities, SMEs and businesses, leveraging flexibility and demand response, and link the outcome of these cooperation structures with grid planning processes at national and EU level, in order to optimise planning, investment and grid utilisation from the outset;

    30.  Highlights the need for improvements to be made to the public procurement framework, in order to tackle the challenges to grid operators regarding supply chains; therefore welcomes the Commission communication on the Clean Industrial Deal and the announcement by the Commission of a forthcoming review of the Public Procurement Directives(32); stresses public procurement’s potential for the continued development of a strong EU manufacturing supply chain for electricity grid equipment, software and services; encourages the Commission to promote resilience, sustainability and security in public procurement procedures for grid operators; advocates for greater consistency between EU regulations on public procurement; calls on the Commission to adapt EU rules on public procurement with a view to harmonising and simplifying functional tendering specifications, in order to ramp up the production capacities of grid components;

    31.  Believes that adequate standardisation and common technical specifications are necessary for achieving economies of scale, and to speed up technological development; considers, additionally, that it is essential to ensure the right level of standardisation so that manufacturers’ capacity to innovate is not reduced;

    32.  Reiterates the need to consider new business models between equipment manufacturers and operators, such as long-term framework agreements that encourage the shift from one-off ‘grid projects’ to sustained and structured ‘grid programmes’, which result in more predictable planning for grid technology manufacturers; calls for the streamlining of tendering processes for the provision of grid equipment and services;

    33.  Stresses that this forthcoming revision of the Public Procurement Directives will allow the inclusion of sustainability, resilience and European preference criteria in EU public procurement processes for strategic sectors, in line with the provisions set out in Article 25 of Regulation (EU) 2024/1735(33); calls for grids and related technologies to be explicitly recognised as strategic sectors, to ensure their eligibility under the revised framework; underlines that strengthening European preference in public procurement processes is essential for reducing the EU’s dependence on non-EU suppliers, enhancing supply chain security, and fostering a resilient EU industrial base capable of supporting the energy transition; welcomes the introduction by the European Investment Bank (EIB) of a ‘Grids Manufacturing Package’ to support the European supply chain with at least EUR 1,5 billion in counter-guarantees for grid component manufacturers; calls for further similar financial instruments to be developed to provide long-term investment certainty and to accelerate the scaling-up of European production capacity;

    Financing

    34.  Notes that over the past five years, global investment in power capacity has increased by nearly 40 %, while investment in grid infrastructure has lagged behind; notes that estimates of investment that the EU will need to make in its grid over the 2025-2050 period range from EUR 1 950 billion to EUR 2 600 billion(34);

    35.  Observes with concern that the budget allocated under CEF-E has been insufficient to expedite all PCI and PMI categories; notes that with a EUR 5,84 billion budget for 2021-2027, the programme has restricted capacity and may struggle to keep pace with investment needs; calls on the Commission and the Member States to significantly increase the CEF-E envelope and the percentage of CEF-E funds dedicated to electricity infrastructure as a separate adequate resource, when proposing the next multiannual financial framework (MFF), and to ensure that projects both at the distribution and at the transmission levels with an EU added value are eligible for budget allocated under CEF-E; encourages the Commission to further explore co-financing possibilities between CEF-E and the Renewable Energy Financing Mechanism;

    36.  States that EU funding is predominantly allocated to transmission grids with relatively insignificant allocations to distribution grids, despite their significant role in the EU energy transition, demonstrated by the fact that, between 2014 and 2020, CEF-E funded around EUR 5,3 billion worth of projects, of which around EUR 1,7 billion went to transmission grids and EUR 237 million to smart distribution grids; notes that the last PCI list only contained five smart electricity projects;

    37.  Deeply regrets that, whereas regional funds such as the Cohesion Fund, the European Regional Development Fund or the Recovery and Resilience Facility provide for grid investments in principle, in practice they are underutilised for grid projects; regrets also that the evaluation criteria applied to the assessment of projects submitted in response to the EU Innovation Fund’s calls for proposals prevent funding for the demonstration and manufacturing of grid technologies; calls on the Commission and the Member States to ensure that a proportionate amount of such funding is also spent on grid investment;

    38.  Calls on the Member States to simplify access to the EU funds managed by the Member States for grid operators, for instance through the establishment of a one-stop-shop in those Member States in which a large share of DSOs are of a small or medium size;

    39.  Calls on the Commission to propose a dedicated funding instrument, such as one based on revenues from the market-based emission reduction scheme, to allow the Member States to support decentralised and innovative grid projects with a clear EU added value, including smaller projects, ensuring its effective use by the Member States for these purposes;

    40.  Emphasises the need for regulatory frameworks to attract private investment and ensure cost-reflective tariffs, in addition to public funding mechanisms;

    41.  Is convinced that anticipatory investments and forward-looking investments will help to address grid bottlenecks and prevent curtailment; points out that the EMD Regulation sets out regulatory elements for anticipatory investments but lacks a harmonised definition and implementation across the Union; calls on the Member States to swiftly implement the aforementioned provisions of the EMD Regulation and remove national legal barriers, on NRAs to remove barriers as regards regulatory incentives and disincentives, and on the Commission to urgently provide guidance regarding the approval of anticipatory investments, as announced in its Action Plan for Grids(35); believes that further harmonisation in this respect might be beneficial; calls for detailed cost-benefit analyses and scenario-based planning to assess the likelihood of future utilisation, and recommends a two-step approval process for projects with a higher risk level by first approving smaller budgets for studies or planning, followed by a second approval for the more costly steps, in order to reduce the risk of stranded assets;

    42.  Acknowledges that grid investments from capital markets can be incentivised by providing market-oriented conditions, such as suitable rates of return and a robust regulatory framework; emphasises that the EU and the Member States should encourage private investments by providing risk mitigation tools or Member State guarantees; calls on the Commission and the EIB to further strengthen financing and de-risking initiatives and tools, such as counter-guarantees, to support additional electricity grid expansion and modernisation at affordable rates for system operators; emphasises the relevance of ensuring that the EU’s electricity grid is financed and therefore owned by public and private capital only from EU actors, or previously screened non-EU investors, in view of the criticality of the infrastructure;

    43.  Underlines that, while investment decisions should be guided by efficiencies, including energy and cost efficiency, investments should not only be focused on capital expenditure, and that investments optimising, renewing and modernising the existing infrastructure should be equally considered; therefore welcomes Article 18 of the EMD Regulation, which calls for tariff methodologies to give equal consideration to capital and operational expenditure, and remunerate operators to increase efficiencies in the operation and development of their networks, including through energy efficiency, flexibility and digitalisation; calls on the Commission and the Member States to thoroughly implement its provisions and to focus on ensuring fair and timely compensation to system operators for the costs borne by them;

    44.  Notes that the electrification of the EU economy, where technically and economically feasible, would help to drive down network tariffs by spreading the costs across a wider range of users; highlights, therefore, the importance of ensuring that the development of the future network is fully aligned with demand projections driven by increases in the level of electrification; is concerned by experts’ forecasts of network tariff increases of around 50% to 100% by 2050(36); stresses, therefore, the need for instruments and incentives that support grid operators in efficiently managing available grid capacity, including through procuring flexibility services, with a view to reducing imminent grid investment needs; highlights that flexible connection agreements, flexible network tariffs and local flexibility markets contribute to grid efficiency; invites NRAs to promote these flexible tariffs that allow consumers to easily react to price signals while shielding vulnerable households and businesses from price peaks; calls on the Commission and the Member States to actively address bottlenecks in tariffs, connection fees and regulations to facilitate cross-border and offshore hybrid grid investment;

    45.  Calls on the Member States to implement the relevant EU legal framework to unlock demand-side flexibility by accelerating the deployment of smart meters, enabling access to data from all metering devices and ensuring efficient price signals, to allow industries and households to optimise their consumption and reduce their electricity bills, and at the same time help reduce operational costs and the need for additional grid investment;

    46.  Stresses that the relaxation of network tariffs and certain charges, which could have the effect of lowering electricity prices, as proposed in the Affordable Energy Action Plan, has to be accompanied by a plan to replace the sources of the funds needed for grid investment with alternatives, in order to avoid facing underinvestment of the grids in the future;

    47.  Highlights the importance of minimising the additional costs on consumers’ bills resulting from the investments required to deliver the grid modernisation and expansion needed to meet the EU’s climate and competitiveness goals; asks the Commission to work with the Member States to develop a coordinated set of best practices for investments and equitable network tariff composition, with a strong emphasis on increasing transparency and removing non-energy related charges from the tariffs;

    48.  Points out that transmission infrastructure and availability of cross-zonal capacities are vital for an integrated market and for the exchange of low-marginal cost renewable energies, while respecting system security; notes that the EMD Regulation sets a minimum 70 % target of capacities available for cross-zonal trade by 2025 but Member States are far from reaching it; therefore urges the Member States and their TSOs to speed up their efforts to maximise cross-zonal trading opportunities, to ensure an efficient internal electricity market, appropriate investment decisions and renewable energy integration; regrets that achieving this target has often resulted in re-dispatch costs; notes that existing cost sharing mechanisms, such as cross-border cost allocation (CBCA), inter-transmission system operator (TSO) compensation and re-dispatching cost sharing, are limited and difficult to implement, which does not encourage cross-border investments, such as in offshore grids; calls on the Commission to holistically review and improve these mechanisms to ensure that they reflect the shared benefits of infrastructure and address the diversity of electricity flows, whether internal or cross-border, including a fair and balanced cost-benefit sharing mechanism for cross-border infrastructure projects that is based on objective criteria;

    49.  Takes note of the report of April 2025 by ENTSO-E on potential alternative bidding zone configurations based on location marginal pricing simulations provided by TSOs;

    Grid-enhancing technologies, digitalisation, innovative solutions and resilience

    50.  Underlines that grid-enhancing technologies, digital solutions, ancillary services and data management technologies, as well as smart energy appliances, often leveraging artificial intelligence, can significantly increase the efficiency of existing grid capacities and maximise the use of existing assets, reducing the requirement for new infrastructure, for instance by providing real-time information on energy flows; therefore insists that these technologies and innovative solutions must be explored; urges NRAs to incentivise TSOs and DSOs to rely more on such technologies, weighing up the costs and benefits of their use versus grid expansion and by using remuneration schemes based on benefits rather than costs, and to benchmark the TSOs and DSOs on their uptake of such technologies; invites the Commission to further promote such innovative technologies when assessing projects that apply for EU funding;

    51.  Welcomes the work accomplished by ENTSO-E and the EU DSO Entity in developing the TSO/DSO Technopedia(37) so far, and calls on the Commission to mandate the biannual updating of the Technopedia to accurately reflect the technology readiness levels (TRLs) of technologies included;

    52.  Urges the Commission and the Member States to further enable and increase the digitalisation of the European electricity system, enabling the optimisation of the operation of its power system and reducing pressure on the supply chain; underlines that data sharing and data interoperability are essential for grid planning and optimisation; encourages the Member States, the NRAs, the EU DSO Entity and ACER to continue to accelerate their work on the monitoring system based on indicators measuring the performance of smart grids (‘smart grid indicators’), as set out in the Electricity Directive;

    53.  Stresses the urgent need to enhance the security of critical electricity infrastructure, including interconnectors and subsea cables at risk of sabotage, and increase its resilience to extreme weather events, climate change and physical and digital attacks; highlights the need to strengthen cooperation at national, regional and EU levels;

    54.  Stresses the growing risk of coordinated cyberattacks targeting the EU’s entire electricity network; recalls the importance of the rapid implementation of cybersecurity and other related network codes and the related legislation, such as the NIS 2 Directive(38) and the Cybersecurity Act(39), and encourages the Commission to correct, in upcoming legislative reviews, the status of physical grid equipment, including remotely controllable grid equipment, such as inverters, which is currently not held to a high enough cybersecurity standard, especially in cases where the manufacturer is required, under the jurisdiction of a non-EU country, to report information on software or hardware vulnerabilities to the authorities of that non-EU country; calls for enhanced EU level cooperation between all parties to strengthen preparedness and resilience; considers that NRAs should acknowledge the costs incurred by operators in adopting cybersecurity and resilience measures, and provide incentives for investments pertaining to increasing the resilience of the energy infrastructure to cyberthreats, and physical and hybrid threats, including climate adaptation measures;

    55.  Underlines the need to step up efforts to protect existing and future critical undersea and onshore energy infrastructure; considers that the EU should play a broader role in preventing incidents that threaten this infrastructure, in promoting surveillance and in restoring any damaged infrastructure using state of the art technologies; calls on the Commission and the Member States to find solutions to increase the protection and resilience of critical infrastructure, including solutions to financing such measures and technologies;

    56.  Recognises that new high-voltage electricity grid projects provide a multifunctional and cost-efficient opportunity to integrate additional security measures (i.e. sensors, sonar, etc.) and environmental solutions (i.e. bird deflectors, fire detectors, nature corridors, etc.) if planned in a holistic manner; asks the Commission to develop guidelines for NRAs to ensure that initial grid project planning is carried out and financed with these elements in mind;

    57.  Urges the Commission, DSOs and TSOs to develop an EU-owned Common European Energy Data Space, based on technical expertise and practice utilising the available data(40) and based on a common set of rules ensuring the secure, transparent portability and interoperability of energy data, where harmonised data is safely managed, exchanged and stored in the EU; stresses that this Common European Energy Data Space should facilitate data pooling and sharing through appropriate governance structures and data sharing services, supporting critical energy operations including transmission and distribution; underlines that European TSOs, DSOs and other previously screened electricity grid actors must be able to securely and smartly operate the grid, optimising its use by integrating flexibility and innovative technologies, in line with key principles of interoperability, trust, data value and governance; notes that data exchange arrangements must also take into account interactions with non-EU parties;

    58.  Recognises the potential of flexibility as a necessary tool for optimising system operations, maintaining the stability of the system and empowering consumers by incentivising them to shift their consumption patterns; stresses the importance of implementing appropriate measures to guarantee efficient price signals that incentivise flexibility, including from all end-consumers, and ensuring that all resources contribute to system security, including by accelerating the deployment of smart meters, smart energy-efficient buildings, and enabling access to data from all metering devices; asks NRAs to recognise flexibility innovations and pilot projects in the system, insofar as these do not negatively impact the grid’s overall balance and stability, in order to continue incentivising innovation;

    59.  Calls on NRAs to work closely with TSOs and DSOs to assess the flexibility potential, and needs of the national systems in current and future planning, taking into consideration the presence of industry, large consumers, large generators and storage; highlights in particular the critical role that storage assets, including long-duration electricity storage, capable of providing up to 100 hours of electricity, can play in providing congestion management services to the grid; notes that in order to provide these essential system services, investors in storage assets require stable, long-term revenue models, similar to the way in which support schemes have successfully provided revenue certainty for renewable generation assets;

    Supply chain, raw materials and the need for skills

    60.  Notes with concern that global growth in the demand for grid technologies has put pressure on supply chains and the availability of cables, transformers, components and critical technologies; highlights the findings in the February 2025 International Energy Agency report, ‘Building the Future Transmission Grid’(41), that it now takes two to three years to procure cables and up to four years to secure large power transformers, and that average lead times for cables and large power transformers have almost doubled since 2021;

    61.  Is concerned about the long lead times for many grid technology components and remains determined to maintain European technology leadership in grid technology, emphasising the need for innovation to develop, demonstrate and scale European high-capacity grid technologies and innovative grid-enhancing technologies;

    62.  Stresses that critical and strategic raw materials are essential for grid infrastructure, with aluminium and copper demand set to rise by 33 % and 35 % respectively by 2050(42); takes note of the Commission decision recognising certain critical raw materials projects as strategic projects under the Critical Raw Materials Act(43), in order to secure access to these key materials and diversify sources of supply; calls on the Commission and the Member States to enhance recycling, and support strategic partnerships and trade agreements to this end;

    63.  Highlights the need to strengthen grid supply chains to increase the supply of grid technologies at affordable costs, and thereby limit the costs borne by consumers via network charges; calls for a strategic approach to acquiring energy technologies, components or critical materials related to grids, in order to avoid developing dependencies on single suppliers outside of the EU;

    64.  Believes that holistic, coordinated, long-term grid planning across the entire European energy system is needed to solve the supply chain capacity bottleneck, and that such planning provides manufacturers with essential transparency and predictability for adequately planning manufacturing capacity increases; considers that such planning must be reliable and enable new business models, such as long-term framework agreements and capacity reservation contracts;

    65.  Urges the maximum standardisation of key electricity grid equipment, insofar as is technically possible, via a joint technical assessment by the Commission, DSOs, TSOs and industry, covering all voltage levels in order to scale up production, lower prices and delivery times, and promote the interoperability of systems;

    66.  Stresses the urgent need to address labour shortages in the energy sector; notes that the Commission has projected that the energy workforce needs to significantly increase in order to deploy renewable energies, upgrade and expand grids, and manufacture energy efficiency, grid and other relevant technologies; regrets the shortages of electrical mechanics and fitters reported in 15 of the Member States, increasing the staffing needs of DSOs and TSOs; highlights that the energy workforce must grow by 50 % by 2030 to support the deployment of renewables(44), grid expansion and energy efficiency, with an estimated 2 million additional jobs required in electricity distribution by 2050; calls for training, upskilling and reskilling initiatives, prioritising grid-related skills to close skills gaps; welcomes university-business partnerships and targeted EU skills academies for strategic sectors, including grids; encourages DSOs and TSOs to diversify their workforce, including by increasing women’s participation;

    67.  Reiterates that the Member States and the EU should cooperate to adapt the relevant skills programmes and develop best practices to fulfil the growing skills demand across all educational levels, with a strong emphasis on encouraging gender balance in the sector;

    68.  Highlights the crucial role of SMEs and EU businesses in supplying the technology sector for the electricity grid; points out the need to access affordable electrification, limiting the costs related to the supply chain and ensuring a skilled workforce;

    Offshore

    69.  Acknowledges the strategic relevance of offshore development in delivering the EU’s objectives of energy autonomy, increased use of renewable energy, a resilient and cost-effective electricity system and climate neutrality by 2050; stresses the importance of fully utilising the potential of Europe’s five sea basins for offshore energy generation; highlights the particular significance of the North Seas (covering the geographical area of the North Seas, including the Irish and Celtic Seas), which offer favourable conditions and the highest potential, with an agreed target of 300 GW of installed offshore generation capacity by 2050 within the framework of the North Seas Energy Cooperation; welcomes the progress made in this regard; emphasises the need to develop a meshed offshore grid, including hybrid interconnectors, particularly in the North Seas, to fully harness offshore potential and improve electricity market integration; calls on the Commission and the Member States to strengthen regional cooperation on grid planning and energy cooperation across all sea basins with the EU’s neighbouring countries, in particular the UK and Norway, specifically in offshore wind energy development and the planning and manufacturing of electricity grids;

    70.  Highlights the need for a stable and predictable regulatory framework that ensures the most optimal trading arrangements to provide the required investor confidence to support the development and interconnection of offshore grid and offshore wind projects, ensuring market efficiency and efficient cross-border flows, including with non-EU countries; underlines the necessity of strengthening national grids where required to maximise the benefits of offshore energy; acknowledges that combining offshore transmission with generation assets (offshore hybrids) will be an integral part of an efficient network system, as this comes with several advantages for the European energy system but still lacks the right regulatory framework to incentivise necessary investment;

    Cooperation with non-EU countries

    71.  Calls on the Member States to increase cooperation and coordination with like-minded non-EU countries such as Norway and the UK; recalls that the development of electricity infrastructure to harness the offshore wind potential of the North Seas is a shared priority for both the EU and the UK;

    72.  Highlights the need for a pragmatic and cooperative approach to EU-UK electricity trading; calls on the Commission to work closely with the UK administration to agree on a mutually beneficial trading arrangement that strengthens security of supply and the pathway to net zero for both jurisdictions; additionally, believes that efficiencies of trading arrangements can be improved further; calls on the Commission to engage with its UK counterparts constructively on this matter;

    Outermost regions

    73.  Stresses the unique challenges faced by the EU’s outermost regions and other areas not connected to the European electricity grid; highlights their reliance on imports and high vulnerability to electricity blackouts and extreme climate hazards; notes the importance of developing resilient and autonomous energy systems through local grid development and cleaner energy production; calls on the Commission to address these regions’ specific needs in the European Grids Package and to propose additional financial support to improve the autonomy of their energy systems, and address their lack of interconnection and absence of broader grid connection benefits;

    o
    o   o

    74.  Instructs its President to forward this resolution to the Council and the Commission.

    (1) European Commission: Directorate-General for Energy, Artelys, LBST, Trinomics, Finesso, A. et al., Investment needs of European energy infrastructure to enable a decarbonised economy – Final report, Publications Office of the European Union, 2025.
    (2) OJ L 249, 14.7.2021, p. 38, ELI: http://data.europa.eu/eli/reg/2021/1153/oj.
    (3) OJ L 152, 3.6.2022, p. 45, ELI: http://data.europa.eu/eli/reg/2022/869/oj.
    (4) OJ L 158, 14.6.2019, p. 125, ELI: http://data.europa.eu/eli/dir/2019/944/oj.
    (5) OJ L 158, 14.6.2019, p. 54, ELI: http://data.europa.eu/eli/reg/2019/943/oj.
    (6) OJ L, 2023/2413, 31.10.2023, ELI: http://data.europa.eu/eli/dir/2023/2413/oj.
    (7) OJ L, 2024/1275, 8.5.2024, ELI: http://data.europa.eu/eli/dir/2024/1275/oj.
    (8) OJ L, 2024/1711, 26.6.2024, ELI: http://data.europa.eu/eli/dir/2024/1711/oj.
    (9) OJ L, 2024/1747, 26.6.2024, ELI: http://data.europa.eu/eli/reg/2024/1747/oj.
    (10) OJ L 328, 21.12.2018, p. 1, ELI: http://data.europa.eu/eli/reg/2018/1999/oj.
    (11) OJ C 371, 15.9.2021, p. 58.
    (12) OJ C 15, 12.1.2022, p. 45.
    (13) European Network of Transmission System Operators for Electricity (ENTSO-E), ‘Bidding Zone Review of the 2025 Target Year’, April 2025, https://eepublicdownloads.blob.core.windows.net/public-cdn-container/clean-documents/Network%20codes%20documents/NC%20CACM/BZR/2025/Bidding_Zone_Review_of_the_2025_Target_Year.pdf.
    (14) Commission communication of 5 March 2025 entitled ‘The Union of Skills’ (COM(2025)0090).
    (15) The EU DSO Entity is a technical expert body and association of distribution system operators (DSOs) mandated by the Electricity Market Regulation (2019/943/EU) to promote the functioning of the electricity market and to facilitate the energy transition.
    (16) The European Network of Transmission System Operators for Electricity (ENTSO-E) is the association for the cooperation of European transmission system operators (TSOs).
    (17) International Monetary Fund (IMF), IMF Staff Background Note on EU Energy Market Integration, 16 January 2025, as included in the Council background note of 17 January 2025 on EU energy market integration: https://data.consilium.europa.eu/doc/document/ST-5438-2025-INIT/en/pdf.
    (18) Commission communication of 28 November 2023 entitled ‘Grids, the missing link – An EU Action Plan for Grids’ (COM(2023)0757).
    (19) ibid.
    (20) ibid.
    (21) ACER 2024 Market Monitoring Report, ‘Transmission capacities for cross-zonal trade of electricity and congestion management in the EU’, 3 July 2024.
    (22) ACER 2024 Market Monitoring Report, ‘Key developments in EU electricity wholesale markets’, 20 March 2024.
    (23) ACER 2024 Monitoring Report, ‘Electricity Infrastructure development to support a competitive and sustainable energy system’, 16 December 2024, p. 17.
    (24) ibid.
    (25) Directive (EU) 2019/944 of the European Parliament and of the Council of 5 June 2019 on common rules for the internal market for electricity and amending Directive 2012/27/EU (OJ L 158, 14.6.2019, p. 125, ELI: http://data.europa.eu/eli/dir/2019/944/oj).
    (26) EU DSO Entity, ‘DSO Entity’s identified good practices on Distribution Network Development Plans’, 1 July 2024.
    (27) ACER 2024 Monitoring Report, ‘Electricity Infrastructure development to support a competitive and sustainable energy system’, 16 December 2024.
    (28) Commission communication of 28 November 2023 entitled ‘Grids, the missing link – An EU Action Plan for Grids’ (COM(2023)0757).
    (29) Council Regulation (EU) 2022/2577 of 22 December 2022 laying down a framework to accelerate the deployment of renewable energy (OJ L 335, 29.12.2022, p. 36, ELI: http://data.europa.eu/eli/reg/2022/2577/oj).
    (30) Directive 2011/92/EU of the European Parliament and of the Council of 13 December 2011 on the assessment of the effects of certain public and private projects on the environment (OJ L 26, 28.1.2012, p. 1, ELI: http://data.europa.eu/eli/dir/2011/92/oj).
    (31) TAIEX is the Technical Assistance and Information Exchange instrument of the Commission. It supports public administrations with regard to the transposition, implementation and enforcement of EU legislation as well as facilitating the sharing of EU best practices.
    (32) Directive 2014/24/EU of the European Parliament and of the Council of 26 February 2014 on public procurement and repealing Directive 2004/18/EC (OJ L 94, 28.3.2014, p. 65, ELI: http://data.europa.eu/eli/dir/2014/24/oj).
    (33) Regulation (EU) 2024/1735 of the European Parliament and of the Council of 13 June 2024 on establishing a framework of measures for strengthening Europe’s net-zero technology manufacturing ecosystem and amending Regulation (EU) 2018/1724 (OJ L, 2024/1735, 28.6.2024, ELI: http://data.europa.eu/eli/reg/2024/1735/oj).
    (34) ACER 2024 Monitoring Report, ‘Electricity Infrastructure development to support a competitive and sustainable energy system’, 16 December 2024, p. 30.
    (35) Commission communication of 28 November 2023 entitled ‘Grids, the missing link – An EU Action Plan for Grids’ (COM(2023)0757).
    (36) ACER 2024 Monitoring Report, ‘Electricity Infrastructure development to support a competitive and sustainable energy system’, op. cit.
    (37) EU DSO Entity, ‘Implementation of Action 7 in the EU Action Plan for Grids: DSO/TSO Technopedia, ENTSO-E & DSO Entity’, 18 December 2024.
    (38) Directive (EU) 2022/2555 of the European Parliament and of the Council of 14 December 2022 on measures for a high common level of cybersecurity across the Union, amending Regulation (EU) No 910/2014 and Directive (EU) 2018/1972, and repealing Directive (EU) 2016/1148 (NIS 2 Directive) (OJ L 333, 27.12.2022, p. 80, ELI: http://data.europa.eu/eli/dir/2022/2555/oj).
    (39) Regulation (EU) 2019/881 of the European Parliament and of the Council of 17 April 2019 on ENISA (the European Union Agency for Cybersecurity) and on information and communications technology cybersecurity certification and repealing Regulation (EU) No 526/2013 (Cybersecurity Act) (OJ L 151, 7.6.2019, p. 15, ELI: http://data.europa.eu/eli/reg/2019/881/oj).
    (40) European Commission: Directorate-General for Energy, Fraunhofer Institute for Systems and Innovation Research ISI, Guidehouse, McKinsey & Company, TNO, Trinomics, Utrecht University, Berkhout, V., Villeviere, C., Bergsträßer, J., Klobasa, M., Regeczi, D., Dognini, A., Singh, M., Stornebrink, M., Hülsewig, T., Seigeot, V., Lenzmann, F.Breitschopf, B., Common European Energy Data Space, Publications Office of the European Union, 2023.
    (41) International Energy Agency, ‘Building the Future Transmission Grid – Strategies to navigate supply chain challenges’, February 2025, https://iea.blob.core.windows.net/assets/a688d0f5-a100-447f-91a1-50b7b0d8eaa1/BuildingtheFutureTransmissionGrid.pdf.
    (42) KU Leuven, Eurometaux, ‘Study quantifies metal supplies needed to reach EU’s climate neutrality goal’, 25 April 2022, https://www.eurometaux.eu/media/hxdhepyp/press-release-study-quantifies-metal-supplies-needed-to-reach-eu-s-climate-neutrality-goal.pdf.
    (43) Regulation (EU) 2024/1252 of the European Parliament and of the Council of 11 April 2024 establishing a framework for ensuring a secure and sustainable supply of critical raw materials and amending Regulations (EU) No 168/2013, (EU) 2018/858, (EU) 2018/1724 and (EU) 2019/1020 (OJ L, 2024/1252, 3.5.2024, ELI: http://data.europa.eu/eli/reg/2024/1252/oj).
    (44) Commission communication of 5 March 2025 entitled ‘The Union of Skills’ (COM(2025)0090).

    MIL OSI Europe News

  • MIL-OSI Russia: Shaanxi Normal University Press to Open Branch in Kazakhstan

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

    Source: People’s Republic of China – State Council News

    BEIJING, June 24 (Xinhua) — The Shaanxi Normal University Press will open an editorial office in Kazakhstan to publish books on Chinese topics, according to the official website of the publishing house, based in Xi’an, the capital of Northwest China’s Shaanxi Province.

    The agreement to establish the editorial board was concluded last week within the framework of the 31st Beijing International Book Fair between the said publishing house, the publishing house of the Kazakh National University named after Al-Farabi /KazNU/ and the Nomad Culture Foundation.

    Director of the SPU Publishing House Liu Dongfeng stated that against the backdrop of the development of the “China-Central Asia Spirit,” the establishment of an editorial office for books on Chinese topics in Kazakhstan is of particular importance.

    The said editorial board is reportedly planning to publish a series of books aimed at Central Asian readers. They will include academic works on China’s high-quality development in politics, economics, science and technology, popular readings reflecting the beautiful traditional Chinese culture and the historical background of the Great Silk Road, as well as modern literary classics.

    In 2023, the SHPU Publishing House published the scientific work “The Great Silk Road and Civilized Contacts”. This book in Kazakh will soon be published by the KazNU Publishing House. -0-

    MIL OSI Russia News

  • MIL-Evening Report: Iran and Israel agree to a fragile ceasefire. One factor could be crucial to it sticking

    Source: The Conversation (Au and NZ) – By Ali Mamouri, Research Fellow, Middle East Studies, Deakin University

    Amir Levy/Getty Images

    After 12 days of war, US President Donald Trump has announced a ceasefire between Israel and Iran that would bring to an end the most dramatic, direct conflict between the two nations in decades.

    Israel and Iran both agreed to adhere to the ceasefire, though they said they would respond with force to any breach.

    If the ceasefire holds – a big if – the key question will be whether this signals the start of lasting peace, or merely a brief pause before renewed conflict.

    As contemporary war studies show, peace tends to endure under one of two conditions: either the total defeat of one side, or the establishment of mutual deterrence. This means both parties refrain from aggression because the expected costs of retaliation far outweigh any potential gains.

    What did each side gain?

    The war marked a turning point for Israel in its decades-long confrontation with Iran. For the first time, Israel successfully brought a prolonged battle to Iranian soil, shifting the conflict from confrontations with Iranian-backed proxy militant groups to direct strikes on Iran itself.

    This was made possible largely due to Israel’s success over the past two years in weakening Iran’s regional proxy network, particularly Hezbollah in Lebanon and Shiite militias in Syria.

    Over the past two weeks, Israel has inflicted significant damage on Iran’s military and scientific elite, killing several high-ranking commanders and nuclear scientists. The civilian toll was also high.

    Additionally, Israel achieved a major strategic objective by pulling the United States directly into the conflict. In coordination with Israel, the US launched strikes on three of Iran’s primary nuclear facilities: Fordow, Natanz and Isfahan.

    Despite these gains, Israel did not accomplish all of its stated goals. Prime Minister Benjamin Netanyahu had voiced support for regime change, urging Iranians to rise up against Supreme Leader Ali Khamenei’s government, but the senior leadership in Iran remains intact.

    Additionally, Israel did not fully eliminate Iran’s missile program, as Iran continued striking to the last minute before the ceasefire. And Tehran did not acquiesce to Trump’s pre-war demand to end uranium enrichment.

    Although Iran was caught off-guard by Israel’s attacks — particularly as it was engaged in nuclear negotiations with the US — it responded by launching hundreds of missiles towards Israel.

    While many were intercepted, a significant number penetrated Israeli air defences, causing widespread destruction in major cities, dozens of fatalities and hundreds of injuries.

    Iran demonstrated its capacity to strike back, though Israel succeeded in destroying many of its air defence systems, some ballistic missile assets (including missile launchers) and multiple energy facilities.

    Since the beginning of the assault, Iranian officials have repeatedly called for a halt to resume negotiations. Under intense pressure, Iran realised it would not benefit from a prolonged war of attrition with Israel — especially as both nations faced mounting costs and the risk of depleting their military stockpiles if the war continued.

    As theories of victory suggest, success in war is defined not only by the damage inflicted, but by achieving core strategic goals and weakening the enemy’s will and capacity to resist.

    While Israel claims to have achieved the bulk of its objectives, the extent of the damage to Iran’s nuclear program is not fully known, nor is its capacity to continue enriching uranium.

    Both sides could remain locked in a volatile standoff over Iran’s nuclear program, with the conflict potentially reigniting whenever either side perceives a strategic opportunity.

    Sticking point over Iran’s nuclear program

    Iran faces even greater challenges as it emerges from the war. With a heavy toll on its leadership and nuclear infrastructure, Tehran will likely prioritise rebuilding its deterrence capability.

    That includes acquiring new advanced air defence systems — potentially from China — and restoring key components of its missile and nuclear programs. (Some experts say Iran did not use some of its most powerful missiles to maintain this deterrence.)

    Iranian officials have claimed they safeguarded more than 400 kilograms of 60% enriched uranium before the attacks. This stockpile could theoretically be converted into nine to ten nuclear warheads if further enriched to 90%.

    Trump declared Iran’s nuclear capacity had been “totally obliterated”, whereas Rafael Grossi, the United Nations’ nuclear watchdog chief, said damage to Iran’s facilities was “very significant”.

    However, analysts have argued Iran will still have a depth of technical knowledge accumulated over decades. Depending on the extent of the damage to its underground facilities, Iran could be capable of restoring and even accelerating its program in a relatively short time frame.

    And the chances of reviving negotiations on Iran’s nuclear program appear slimmer than ever.

    What might future deterrence look like?

    The war has fundamentally reshaped how both Iran and Israel perceive deterrence — and how they plan to secure it going forward.

    For Iran, the conflict reinforced the belief that its survival is at stake. With regime change openly discussed during the war, Iran’s leaders appear more convinced than ever that true deterrence requires two key pillars: nuclear weapons capability, and deeper strategic alignment with China and Russia.

    As a result, Iran is expected to move rapidly to restore and advance its nuclear program, potentially moving towards actual weaponisation — a step it had long avoided, officially.

    At the same time, Tehran is likely to accelerate military and economic cooperation with Beijing and Moscow to hedge against isolation. Iranian Foreign Minister Abbas Araghchi emphasised this close engagement with Russia during a visit to Moscow this week, particularly on nuclear matters.

    Israel, meanwhile, sees deterrence as requiring constant vigilance and a credible threat of overwhelming retaliation. In the absence of diplomatic breakthroughs, Israel may adopt a policy of immediate preemptive strikes on Iranian facilities or leadership figures if it detects any new escalation — particularly related to Iran’s nuclear program.

    In this context, the current ceasefire appears fragile. Without comprehensive negotiations that address the core issues — namely, Iran’s nuclear capabilities — the pause in hostilities may prove temporary.

    Mutual deterrence may prevent a more protracted war for now, but the balance remains precarious and could collapse with little warning.

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

    ref. Iran and Israel agree to a fragile ceasefire. One factor could be crucial to it sticking – https://theconversation.com/iran-and-israel-agree-to-a-fragile-ceasefire-one-factor-could-be-crucial-to-it-sticking-259669

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  • MIL-OSI Russia: Moscow is a city of youth: how student brigades help to realize oneself

    Translation. Region: Russian Federal

    Source: Moscow Government – Government of Moscow –

    This year, from April to August, members of Moscow student brigades work at various sites across the country. Over 500 people remained to work in the capital. During the academic year, students and schoolchildren were selected for all-Russian and interregional work projects of Russian student brigades (RSB) – they completed tasks and participated in interviews.

    “Thanks to the opportunities in the capital, young residents of the capital can realize themselves in various areas from volunteering to creativity. Moscow student brigades are an active community that works for the benefit of the entire country. More than 3.5 thousand participants of student brigades work at sites throughout Russia, master professions, gain experience and contribute to the development of the most important sectors – from education to industry,” said

    Ekaterina Dragunova, Chairman of the Committee for Public Relations and Youth Policy of the City of Moscow.

    They receive a working specialty and begin their journey into the profession

    Currently, the Moscow regional branch of the RSO has over 150 teams in eight areas. They unite over 3.5 thousand students from 80 capital universities, 30 colleges and 80 schools. In the spring, the children received free training in working specialties in order to begin their path to the profession in the summer, gain their first work experience and contribute to the development of key industries in the country.

    “Moscow student brigades are professional growth and acquisition of flexible skills, experience, a team and, of course, youthful romance. Now students and schoolchildren begin their working summer at construction sites, the railway, in hospitals, hotels, children’s camps, agricultural complexes, on the fishing season and archaeological excavations. The guys work both in the capital and throughout Russia,” said Yulia Drozhzhina, chairperson of the board of Moscow student brigades, State Duma deputy.

    More than a thousand participants in the pedagogical direction work as counselors, shift leaders and program organizers in children’s camps in the Central Federal District, Krasnodar Krai, the Republic of Crimea and Primorye.

    Over 70 people represent Moscow in major RSO work projects as part of all-Russian student teaching teams. These are Gagarin in Anapa, Okean in Vladivostok, Delfin.ru in Krasnodar Krai, Orlyonok, Krasnaya Nit and Sputnik in Rostov Oblast. Muscovites also work at the International Children’s Center Artek in Yalta. In addition, the children will become counselors as part of the district student teaching team Solnechny. Their functions include holding leisure and developmental events and creating a comfortable environment for communication and socialization of children.

    Making Reality More Interesting Than a Smartphone: Moscow Camp Counselors Talk About Children, Games, and Teaching Techniques

    In student construction teams, the guys work at city, federal and international sites. They participate in ensuring the stable functioning of city systems – in servicing the heating stations of PJSC MOEK, the electric grid complexes of PJSC Rosseti and the Moscow Metro facilities. In addition, with the assistance of the administration of the capital’s universities, the guys build dormitories of the Peoples’ Friendship University of Russia named after Patrice Lumumba and the innovative scientific and technological center of Moscow State University “Vorobyovy Gory”.

    They work on all-Russian student construction sites and international projects

    13 capital teams have been selected for five all-Russian labor projects of the RSO, including “Peaceful Atom — Leningrad NPP” in the city of Sosnovy Bor in the Leningrad Region, where they are taking part in the construction of the Leningrad NPP-2.

    In addition, student team members perform general construction work at the all-Russian student construction sites “Peaceful Atom” in Ozersk, Chelyabinsk Region, “Peaceful Atom – Skif” in Novosibirsk, “Peaceful Atom – Breakthrough” in Seversk, Tomsk Region, “Alabuga Stroy” in Yelabuga (Republic of Tatarstan), “Siberia”, as well as in the work projects of Aeroterminal LLC in Krasnodar and “Kovykta” at the Kovykta gas condensate field in the Irkutsk Region.

    25 students represent Moscow in international projects, ensuring the operation of power plants in the Arab Republic of Egypt, including the El Dabaa Nuclear Power Plant (NPP), as well as in the Republic of Bangladesh at the Rooppur NPP.

    Moscow student teams completed internships in more than 40 cities in RussiaSergei Sobyanin spoke about the work of Moscow student brigades

    They look after patients, work as orderlies and nurses

    The number of participants in medical teams is growing every year. Students from the capital’s famous medical universities provide support to the country’s healthcare system during the summer – they look after patients, work as orderlies and nurses in institutions throughout Russia.

    This year, in Moscow, they are working at the N.V. Sklifosovsky Research Institute of Emergency Care, the private healthcare institution “RZhD-Medicine Clinical Hospital named after N.A. Semashko”. Nine medical teams have been selected for all-Russian projects. From July, they will work in healthcare institutions on Sakhalin Island, Novosibirsk, Novokuznetsk, Chelyabinsk, Barnaul, Perm, Irkutsk and Tomsk, as well as in the Valeo district project in the Voronezh Region.

    Provide comfortable passenger transportation and service

    More than 200 participants in the conductor program ensure safe and comfortable passenger transportation on long-distance trains in the structural divisions of JSC Federal Passenger Company (Moscow-Kyiv and Nikolaevka). During trips, students control the placement of passengers according to tickets and serve them along the way, supervise safe boarding and disembarking on platforms, and monitor the technical condition of the carriage.

    This year, three student conductors became leaders of the all-Russian labor projects “Moscow” and “Adler”. Miron Ganichev from the student conductor team “Sinoger” based at the Russian State Agrarian University – Moscow Agricultural Academy named after K.A. Timiryazev took the position of instructor at the passenger car depot “Moscow-Kyiv”. Before each trip, he instructs students on labor protection and fire safety while working on the train.

    Participants in the service direction work as waiters, maids, lifeguards, bartenders, administrators and animators in hotels and sanatoriums on the Black Sea coast as part of the All-Russian student service teams “Sochi Park Hotel” in the city of Sochi, “Gelendzhik” in the city of the same name, “More” in Crimea.

    The “Runway” project in St. Petersburg allowed the children to become escorts for passengers with limited mobility, call center operators, inform passengers about airport services, clean aircraft cabins – raise seat backs, armrests and lay out blankets.

    For the first time this year, students began working at passenger check-in desks and became baggage handlers at Vnukovo Airport. On the Sapsan and Lastochka trains on the Moscow-St. Petersburg route, they hold the positions of waiter-stewards and serve passengers on high-speed trains. In addition, the guys work as waiters in the business lounges of Paveletsky and Kazansky railway stations in the center of the capital.

    They get jobs in admissions offices of universities and work in agriculture

    Another area of activity of service teams is administrative work at Moscow universities. Thus, students work in admissions committees of universities. They receive documents from applicants, form lists of applicants, draw up schedules for conducting entrance examinations and participate in summing up the results of the admissions campaign.

    Agricultural sector participants are involved in harvesting crops, working with cattle and poultry as veterinarians, livestock technicians, laboratory technicians, and much more.

    For example, this year students are participating in a large all-Russian project to harvest apples on the territory of OOO Agronom-Sad in Lipetsk Oblast and are being employed as winegrowers at AO Divnomorye in Krasnodar Krai.

    Students majoring in animal husbandry — veterinarians, zootechnicians, technologists and biologists — will try themselves at subsidiaries of the EkoNiva group of companies in the Voronezh region, at enterprises of the Damate group of companies in the Rostov region and at branches of Stavropolsky Broiler LLC.

    From July 1, members of the fishing teams will go to student fishing seasons in the Kamchatka and Khabarovsk regions as fish processors, caviar fishermen and short-distance fishing sailors.

    Moscow to open 65th summer work season of student teams

    They are on duty at MCC, MCD stations and railway stations

    This year, schoolchildren aged 14 to 17 years old, as part of the adolescent work teams, will work as hall attendants at the stations of the Moscow Central Circle, Moscow Central Diameters, and as attendants at the capital’s railway stations.

    For the first time this year, Moscow teenagers’ work teams were selected for the all-Russian work project “Alabuga TOP” in Yelabuga (Republic of Tatarstan). There they will become office managers for receiving and processing incoming calls in the office, and will clean residential premises and public places.

    More detailed information about the activities of Moscow student teams can be found in the community VKontakte or intelegram channel. You can learn more about the opportunities for young residents of the capital on the portal “Youth of Moscow” and in social networks project.

    Moscow is a city of youth. The capital offers wide opportunities for its development, creative self-expression, comfortable life and interesting leisure. It has a developed infrastructure, thousands of events of different scale and focus are held here.

    In honor of Youth Day, themed events will be held at more than 250 city venues. The flagship event will be the festival, which will take place on June 28 and 29 at Bolotnaya Square.

    You can find more detailed information and a map with all city events on the portal “Youth of Moscow”.

    Moscow student teams took part in the action “Snow landing of the RSO. Victory landing”From a conductor to a counselor: who can work in Moscow student groups

    Get the latest news quicklyofficial telegram channel the city of Moscow.

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  • MIL-OSI Russia: Students of SPbGASU became volunteers and participants of the youth program of the St. Petersburg Economic Forum

    Translation. Region: Russian Federal

    Source: Saint Petersburg State University of Architecture and Civil Engineering – Saint Petersburg State University of Architecture and Civil Engineering – Irina Peretokin

    Students of SPbGASU became volunteers of the St. Petersburg International Economic Forum (SPIEF) and participants of the youth program “Day of the Future”, which took place on June 21.

    More than eight thousand people took part in the events of the SPIEF youth program, 37 sessions were held. This platform was visited by representatives of about 220 universities and about 60 scientific organizations.

    Volunteer helpers

    Anna Kozhemyak and Irina Peretokin (both second-year students of the construction faculty) were included in the forum’s volunteer corps and worked at the event from June 18 to 21.

    “I was able to participate in the forum thanks to a competitive selection. After submitting applications, we completed online training to learn about the main working aspects of the forum. Then we took an exam in the RANEPA building with questions in Russian and English, as well as a short oral survey. As a result, I managed to get into the business contacts exchange team, the main goal of which is to help participants organize business meetings.

    The experience of working in this area is incredibly useful. Every day is different from the previous one, the schedule is tight, the tasks are responsible, but thanks to the coordinated work of our team, everything went great! SPIEF is a huge productive mechanism, and it was a great honor for me to contribute to its work,” said Anna Kozhemyak.

    Authors of the grant project

    Third-year students of the Faculty of Forensic Expertise and Law in Construction and Transport Daria Meleshina, Egor Kolobov and Ruslan Kafarov as a team of the educational project “InfoShield” became participants of the youth program “Day of the Future”. The project was among the winners of the competition “Rosmolodezh. Grants”.

    As part of the forum, the guys also attended thematic events, including the session “Cyber fraud as a tool of information warfare. A new look at digital threats and public security” with the participation of experts, journalists and bloggers. The project team interviewed the discussion participants and recorded a podcast for the educational project “InfoShield”. The first episodes will be released soon, which can be seen in the group HTTPS: //t. TA/Infoard_gasu

    “Our project is dedicated to digital security and legal education of schoolchildren in grades eight to eleven. We want to teach teenagers to recognize online threats, know their digital rights, and understand where to turn for help. As part of the project, we hold lectures and interactive classes at our university and in schools in St. Petersburg, prepare podcasts with the participation of experts in cybersecurity and law, and an Olympiad with cases on safe behavior on the Internet. In this way, we confirm in practice that students can really influence important processes and launch socially significant initiatives. The forum allowed young people to discuss important topics, share their projects, and communicate with experts. I have many new ideas for further work,” said Daria.

    “Active participation of students in social projects and creative activities plays a very important role, contributing to their personal growth and helping them to form social connections,” noted Ekaterina Kovalenko, Deputy Head of the Youth Policy Department at SPbGASU.

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  • MIL-OSI Russia: The Polytechnic University hosted the conference “Modern Mechanical Engineering: Science and Education”

    Translation. Region: Russian Federal

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

    The 14th international scientific and practical conference “Modern Mechanical Engineering: Science and Education (MMESE-2025)” was held at Peter the Great St. Petersburg Polytechnic University. The event was organized by the Department of Theory of Machines and Mechanisms of the Institute of Mechanical Engineering, Materials and Transport of SPbPU.

    The conference brought together teachers, researchers, engineers, postgraduates and students from Russian and foreign educational and scientific organizations. Participants discussed modern approaches to teaching engineering disciplines and current development trends in the mechanical engineering industry.

    The conference was organized into thematic sections: teaching engineering disciplines, theory of mechanisms and machines, mechatronics and robotics, gear transmissions, tribosystems, transport and technological systems, machine tool building, materials science, design and industrial innovations, etc. Participants presented reports on the results of scientific research and practical activities, and discussed ways to integrate education, science and industry. Particular attention was paid to the issues of training engineering personnel for high-tech industries and the use of advanced educational technologies.

    The first conference “Modern Mechanical Engineering: Science and Education” was held in St. Petersburg in 2011. Since then, it has been held annually and has established itself as an important scientific platform. In different years, MMESE has been attended by researchers and teachers from Poland, Bulgaria, the Czech Republic, Germany, Italy, Belarus, Ukraine, Kazakhstan, China, India, Syria, Iran, Iraq and other countries. Since 2013, selected conference materials have been published in the Springer collection “Advances in Mechanical Engineering” and indexed in the international Scopus database, — said Alexander Evgrafov, co-chairman of the organizing committee, head of the TMM department.

    The conference proceedings of 2025 contain 76 reports. All of them are indexed in the Russian Science Citation Index, each has a digital DOI identifier. The collection is available for reading and downloading inPDF format (access open for 30 days). Selected papers will be recommended for publication in Springer.

    The MMESE conference remains an important platform for exchanging experiences and forming a professional community of specialists in the field of mechanical engineering and engineering education.

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  • MIL-OSI Russia: Polytechnic University team wins IT-Planet international Olympiad

    Translation. Region: Russian Federal

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

    The final of the international Olympiad “IT-Planet” was held in Moscow. This is one of the largest technology competitions for young people in Russia and the CIS countries. The program of this year’s Olympiad included 15 innovation competitions. Awards were received by 81 winners from 24 regions of our country, as well as from Belarus. Among the winners were also polytechnicians. All of them represented the Institute of Computer Science and Cybersecurity.

    The final of the Olympiad brought together about 600 participants, including college and university students, young professionals, teachers and representatives of leading Russian IT companies. The total prize fund was over two million rubles. The winners received not only cash prizes and diplomas, but also a chance for career growth: the opportunity to undergo industrial training in leading Russian companies and get into the database of promising IT specialists.

    A team headed by Associate Professor of the Higher School of Artificial Intelligence Technologies of the Institute of Computer Science and Engineering Oleg Sabinin did a great job of preparing SPbPU students for the Olympiad. Master’s students of the Higher School of Artificial Intelligence Technologies of the Institute of Computer Science and Engineering A. Gubeeva and D. Amelchenko prepared tests and consulted the students. A great contribution to the team’s preparation was made by IKNC postgraduate student R. Turusov, who composed excellent training problems.

    In the finals, the Polytechnicians performed brilliantly in the “Postgres PRO DBMS” competition.

    First place — Ivan Maksimov, 3rd year student of VShTII. Second place — Vladimir Plakhotnikov, 2nd year student of VShPI. Third place — Evgeny Zhabko, 4th year student of VShTII.

    Polytechnic graduates Artem Sukhov and Alexey Sankov, as well as 3rd year student of the Institute of Culture and Science Kristina Marchenko, took high places in the Olympiad.

    “At the IT Planet Olympiad in Moscow, I competed in the database competition (PostgreSQL). It was a great experience! Not only because I was able to test my skills in writing complex SQL queries and win prizes, but also because I had the opportunity to listen to IT experts. They shared current trends and real cases,” said Ivan Maksimov. “I especially remember the tasks where it was necessary to solve algorithmic problems, trying to fit into the minimum amount of code – this required both an understanding of PostgreSQL and an unconventional approach. It was also great to communicate with other participants who were also interested in databases. In between stages, I managed to walk around the capital, which made the trip both useful and enjoyable.”

    “The Olympiad program included tasks on optimizing SQL queries, which allowed me to test and deepen my knowledge in the field of information processing. I was able to communicate with participants from other educational institutions and experts, which contributed to the exchange of professional experience,” Vladimir Plakhotnikov shared his impressions. “I took second place – for me, this was a significant achievement. Participation in the Olympiad fully met expectations and gave a lot of useful knowledge.”

    “We visited Moscow once again and took part in the Olympiad. I really like feeling like part of such a large-scale event. Many thanks to the organizers for the opportunity to prove myself,” commented Evgeny Zhabko. “Special thanks, of course, go to my mentor and teacher, Oleg Yuryevich Sabinin. It is difficult to overestimate the contribution he makes to the development of the Polytechnic University. The results speak for themselves: the top 5 in the “Postgres Pro DBMS” competition are students and graduates of our university. Special thanks to my friend Vu Hoai Nam for his help and support.”

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  • MIL-OSI Russia: Economic Security: Polytechnic University Students Win Prestigious Engineering Competition

    Translation. Region: Russian Federal

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

    The award ceremony for the winners and prize winners of the All-Russian Engineering Competition 2024-2025 took place in Moscow. About 12,000 people applied to participate. 184 semi-finalists became laureates, 110 students became finalists, and only 68 received the status of winners. Among the best were students from the Higher School of Public Administration of the Institute of Industrial Management, Economics and Trade.

    The goal of the All-Russian Engineering Competition is to develop the human resources potential of high-tech industries, to attract young people to solve promising production, technical and economic problems that are of strategic importance for the development of Russian industry. The competition is also aimed at improving the quality of engineering education through the creation of tools for interaction between educational and scientific organizations and high-tech enterprises in the real sector of the economy.

    Fifth-year students of the specialty “Economic Security” presented two works: Alena Akentyeva – “Financial pyramids, modern methods of fraud: analysis and measures to reduce them”, Yulia Kolesnikova – “Use of new technologies for illegal purposes”. The scientific supervisor was Associate Professor of the Higher School of State University Olga Makarova.

    I defended the project before federal experts, who helped to assess its strengths and growth points. Communication with other participants, dedicated to interesting developments in Russian universities, was especially useful, – shared Alena Akentyeva.

    Yulia Kolesnikova noted that participation in the competition inspires her to further achievements and helps her set new goals in her professional sphere.

    I am proud of the results of our students. The defenses of the projects confirmed their scientific novelty and practical significance. Such victories are an excellent indicator of the level of our students and the potential of the university, – emphasized Olga Makarova.

    Representatives of IPMET also took part in the competition committee. Associate Professor of the Higher School of Service and Trade, Deputy Director for Academic and Methodological Work Anna Chernikova and Head of the Department of Economic Theory Svetlana Golovkina were members of the state examination committee.

    The participation of students majoring in Economic Security in the All-Russian engineering competition required a great deal of coordinated work not only from the students and the supervisor, but also from consultants from the Higher School of Public Administration. The students demonstrated an excellent level of preparation when defending their final qualification work in Moscow at the Rosfinmonitoring base, Anna Chernikova noted.

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  • MIL-OSI Russia: Sergei Sobyanin congratulated a schoolgirl who passed the Unified State Exam with the maximum 400 points

    Translation. Region: Russian Federal

    Source: Moscow Government – Government of Moscow –

    Moscow schoolgirl Nadezhda Yashmolkina scored the maximum 400 points on the Unified State Exam. Sergei Sobyanin reported this in his telegram channel.

    “The girl plans to make a career in IT. Now she is choosing between HSE, Moscow State University and Baumanka. I am sure that every university will be happy to have such a student, and in the future – any Moscow company. I sincerely congratulate Nadya, her teachers and parents, I wish her good luck!” – wrote the Mayor of Moscow.

    Source: Sergei Sobyanin’s Telegram channel @mos_sobyanin.

    The graduate of school #1514 received the highest score in each of four subjects: Russian language, specialized mathematics, computer science and physics. During the year, she also won six specialized Olympiads and participated in the final stages of the All-Russian School Olympiad in Mathematics and Computer Science.

    The main period of the Unified State Exam will end in early July, and then the final results will be announced. But right now, only Nadezhda has such an outstanding result in the country – 100 points in all subjects.

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    https: //vv.mos.ru/mayor/tkhemes/12992050/

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  • MIL-OSI Russia: Students from the capital’s colleges completed summer internships as camp counselors

    Translation. Region: Russian Federal

    Source: Moscow Government – Government of Moscow –

    Over a thousand students from Moscow colleges have completed camp counselor training in more than 130 children’s camps throughout Russia. Future teachers fromMoscow Pedagogical College AndInstitute of Secondary Vocational Education named after K.D. Ushinsky of Moscow City Pedagogical University gained experience communicating with children and organizing events. This was reported by the press service of the capital Department of Education and Science.

    “Counselor practice is an integral part of the training of students at Moscow pedagogical colleges. It allows the students to apply their knowledge in real conditions, develop professional skills and gain experience working with children. Since the beginning of the summer, future teachers have completed their practice in children’s camps, including leading all-Russian and international children’s centers. Among them are the International Children’s Center “Artek”, the all-Russian children’s centers “Smena” and “Orlyonok”, – the press service of the department reported.

    During their studies at college, students learn how to establish contact with children, act in emergency situations and observe safety rules, and also solve cases where they model possible behavior scenarios and practice communication algorithms. This helps them organize their leisure program: active and educational games, quizzes, quests, creative competitions, and physical education minutes.

    Thus, Anna Selezneva, a fourth-year student at the Moscow Pedagogical College, completed an internship at the All-Russian Children’s Center “Orlyonok”. Following the internship, the girl received a job offer. Now she studies on an individual schedule and works with children aged 16-17.

    “I have taken part in dozens of camps in my life, including Artek, Smena and Orlyonok. I have always been interested in how camp counselors manage to be both friends and mentors for children. This interest led me to the Moscow Pedagogical College. Here I learned the basics of the profession and got the opportunity to do an internship at the camp. Now I am officially employed, I work with children and I know exactly how important it is to be there in time, listen, support and simply be someone they trust,” shared Anna Selezneva.

    Darya Nagach, a third-year student at the K.D. Ushinsky Institute of Secondary Vocational Education of the Moscow City Pedagogical University, completed an internship at the All-Russian Children’s Center “Smena.” The girl worked with children aged 14–17: she introduced them to a variety of pedagogical specialties and helped them develop their first professional skills. According to Darya, the camp has many interesting events not only for children, but also for counselors. For example, young specialists can talk to a psychologist or attend training sessions on working with teenagers. The administration ensures that counselors can reveal their abilities. Thanks to the internship, Darya became convinced that she had chosen the right profession and wants to continue developing in the field of pedagogy.

    This year, the admissions campaign at the capital’s colleges will begin on June 26. Applications can be submitted electronically atmos.ru portalApplicants are allowed to simultaneously choose five specialties in one or several educational institutions.

    You can learn more about popular areas of study at open days at the capital’s colleges. You can see their schedule and register for events on the website Moscow Center for the Development of Professional Education.

    Sergei Sobyanin named new areas that will appear in colleges from September

    Detailed information about in-demand professions and specialties taught in the capital’s colleges is available on the website “Colleges of Moscow”, as well as in the same names telegram channel and the community on the social network “VKontakte”.

    Quickly find out the main news of the capital inofficial telegram channel the city of Moscow.

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  • MIL-OSI Russia: China-Central Asia Joint Agricultural Laboratory for Dry Areas Opens

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

    Source: People’s Republic of China – State Council News

    BEIJING, June 24 (Xinhua) — The China-Central Asia Joint Agricultural Laboratory for Dry Areas opened in Kazakhstan last week.

    The opening ceremony of the laboratory took place on June 18 at the Kazakh Agrotechnical Research University named after S. Seifullin in Astana, writes the newspaper “Keji ribao”/daily newspaper “Science and Technology”/.

    The new organization aims to deepen cooperation between China and Central Asian countries in agricultural science and technology and promote high-quality development in the joint construction of the Belt and Road.

    The laboratory will become a platform for joint research, demonstration of technology application, technical training and training of specialists. Its staff will pay special attention to six areas, including crop breeding, high-efficiency crop production, modern livestock technologies, water-saving irrigation in agriculture, improvement of saline-saline soils, food processing and food safety.

    According to Huang Siguang, secretary of the Party Committee of the Northwest Agricultural and Forestry University of Science and Technology, the establishment of the laboratory is a key step taken to promote scientific and technological innovation within the framework of the joint construction of the Belt and Road.

    The university is ready to further deepen cooperation with stakeholders, he added.

    The China-Central Asia Joint Agricultural Laboratory for Dry Areas project was approved by the Ministry of Science and Technology of China in October 2024. The founders of the laboratory are the Northwest University of Agriculture and Forestry, Kazakh National Agrarian Research University, S. Seifullin Kazakh Agrotechnical Research University, M. Kozybayev North Kazakhstan University and Tashkent State Agrarian University. -0-

    MIL OSI Russia News

  • MIL-OSI Russia: Exercises with the Champions: GUU students took to the court with Igor Akinfeev and Nikita Nagorny

    Translation. Region: Russian Federal

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

    Students of the State University of Management took part in a joint training session with UEFA Cup winner Igor Akinfeev and Olympic champion Nikita Nagorny at VEB Arena.

    Participants warmed up by doing planks, squats, push-ups and stretching under the guidance of physical rehabilitation specialist Igor Stepanov.

    The event was held as part of the “Exercise with the First” campaign, organized by the All-Russian Movement of Children and Youth “Movement of the First” together with CSKA. After the exercise, everyone was able to see the Russian Cup, recently won by CSKA.

    For our students, this was the first experience of participating in such an event: hockey player of the GUU team Mikhail Gubin and basketball player of the GUU team Aleksandr Fedin shared their emotions after the exercise.

    “I am truly glad that I got the chance to play sports together with such outstanding athletes as Igor Akinfeev and Nikita Nagorny. It is especially important that this event contributed to the popularization of student sports, inspiring all guests to lead an active and healthy lifestyle. The impeccable organization was a particular pleasure: the guests were delighted with pleasant gifts and an unforgettable atmosphere,” said Mikhail Gubin.

    “First of all, I would like to sincerely thank the State University of Management for the opportunity to take part in this wonderful event. Despite the cloudy weather, the exercise attracted many participants, which speaks of a great interest in a healthy lifestyle. Special thanks to Igor Akinfeev, Nikita Nagorny and the entire team of organizers for conducting the exercise, as well as for their invaluable contribution to the popularization of sports and the availability of an active lifestyle for young people,” shared Alexander Fedin.

    The State University of Management thanks the “Movement of the First” and PFC CSKA for a wonderful event that not only united young people and champions, but also charged everyone with energy and a great mood.

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

    MIL OSI Russia News

  • MIL-OSI New Zealand: Marine Environment – Threatened whale species in the Pacific found in areas targeted by The Metals Company for deep sea mining, scientists warn

    Source: Greenpeace

    A scientific survey of two areas targeted by The Metals Company for deep sea mining in the Pacific Ocean has confirmed the presence of whales and dolphins, including sperm whales, which are listed as vulnerable on the IUCN Red List of Threatened Species. The news comes as world governments are preparing to meet once again at the International Seabed Authority (ISA), where the call for a moratorium on deep sea mining keeps growing.
    The survey published today in the scientific journal Frontiers in Marine Science was conducted by researchers from the University of Exeter and Greenpeace Research Laboratories from Greenpeace International’s ship, Arctic Sunrise. Researchers studied two exploration blocks held by The Metals Company in the Pacific’s Clarion-Clipperton Zone (known as NORI-d and TOML-e) [1] [2]
    Dr Kirsten Young, Lead Study Author, University of Exeter, says, “We already knew that the Clarion-Clipperton Zone is home to at least 20 species of cetaceans, but we’ve now demonstrated the presence of some of these species in two areas specifically earmarked for deep sea mining by The Metals Company.”
    Following President Trump’s approval of a deep sea mining Executive Order in April 2025, The Metals Company applied to the US government to give TMC unilateral permission to commercially mine the international seabed in the Clarion-Clipperton Zone. According to reports, this application covers the NORI-d area. This move bypasses and undermines the International Seabed Authority, the UN regulator for deep sea mining, which continues to prohibit commercial mining activities, and has been met with strong criticism from governments around the world.
    Scientists have previously warned of “long-lasting, irreversible” impacts of deep sea mining on the region. Cetaceans are known to be impacted by noise pollution caused by humans, and could be impacted by the significant noise expected to be created by deep sea mining operations. These operations would also generate sediment plumes, which could further impact cetacean populations by disrupting deep ocean food systems.
    Dr Kirsten Young continued, “While more research is needed to build a complete picture of the impact of the noise and sediment plumes on cetaceans, it’s clear that deep sea mining operations will negatively impact ocean ecosystems in areas far out to sea where monitoring is particularly challenging.”
    The survey provides a 13-day snapshot of cetacean activity in these two deep sea mining exploration areas. Using hydrophones, the research team confirmed 74 acoustic detections of cetaceans. This included a sperm whale, Risso’s dolphins and common dolphins.
    Louisa Casson, Greenpeace International senior campaigner, says, “The confirmed presence of cetaceans, including threatened sperm whales, in areas that The Metals Company is targeting for deep sea mining is yet another clear warning that this dangerous industry must never be allowed to begin commercial operations. The only sensible course of action for governments at next month’s International Seabed Authority meeting is to prioritise agreeing on a global moratorium.”
    Greenpeace Aotearoa deep sea mining campaigner Juressa Lee adds, “This study again highlights why deep sea mining in the Pacific must be stopped before it gets a chance to start. Deep sea mining is just the latest colonial, extractive industry that will destroy the ocean that Indigenous Pacific Peoples depend upon for their livelihoods and to which they have close relational and ancestral ties. Pacific communities are on the frontlines of the climate crisis that they have done nothing to create. They should not be sacrificed by the false solutions being peddled by wannabe deep sea miners who will wreck their homes and livelihoods, and compromise their traditional food source.”
    Calls for a moratorium on deep sea mining grew at the recent UN Ocean Conference, with four new countries joining the group supporting a moratorium, bringing the total to 37. The UN Secretary General also issued a strong call to stop this dangerous industry. Momentum against deep sea mining will now be carried forward at the July ISA meetings.
    Notes:
    [1] Threatened cetaceans in a potential deep seabed mining region, Clarion Clipperton Zone, Eastern Pacific: https://www.frontiersin.org/journals/marine-science/articles/10.3389/fmars.2025.1511075/abstra
    [2] This study in the Pacific is mirrored by another recent piece of research in the Arctic by Greenpeace Nordic and Greenpeace Germany. Researchers found cetaceans, including deep-diving and noise-sensitive sperm whales and northern bottlenose whales, in an area earmarked for future mining. If the Norwegian government proceeds with deep sea mining in the area, noise and other forms of pollution risk severe consequences. Greenpeace Nordic researchers are in the Arctic right now further documenting the presence of cetaceans in the area to expose the risks of deep sea mining and to champion the protection of the Arctic’s vulnerable marine life.

    MIL OSI New Zealand News

  • MIL-OSI Russia: Central Asian Films Conquer Shanghai International Film Festival

    Translation. Region: Russian Federal

    Source: People’s Republic of China in Russian – People’s Republic of China in Russian –

    Source: People’s Republic of China – State Council News

    SHANGHAI, June 24 (Xinhua) — Three days have passed since the winners of the 27th Shanghai International Film Festival were announced, but Kyrgyzstan’s “Black, Red, Yellow,” which won the top prize, the Golden Cup, in the competition program, is still attracting keen interest.

    In recent years, Central Asian films, as well as their directors and actors, have consistently achieved success at the Shanghai Film Festival. In 2024, the main prize was won by the Kazakh film “Divorce,” and this year’s victory by a Kyrgyz full-length film has further fueled audience interest in the region’s culture and traditions.

    “Black, Red, Yellow” tells a story set in a small Kyrgyz village, showcasing natural landscapes, introducing cultural customs and depicting the daily lives of its residents, allowing for a deeper understanding of the country.

    In recent days, Shanghai film critics have been publishing rave reviews of this melodrama imbued with national color.

    “The film shows the majestic snow-capped mountain peaks around the village, the turbulent muddy rivers flowing through the village, allowing viewers to see the natural environment in which local people live. The melodious melody performed by the wife of the main character Kadir while making flatbreads introduces the uniqueness of folk music and village life. Scenes of nomadic life reveal the unique pastoral culture and the national character it formed…” – famous Chinese film critic Zhao Jianzhong did not skimp on praise in a discussion on social networks.

    The film was also highly praised by Li Jianqiang, Vice Chairman of the China Film Critics Society and Professor at Shanghai Jiaotong University. He noted the work of the director of the aforementioned film, Aktan Arym Kubat: “His films usually combine realism with poetic narration, masterfully using exquisite cinematic language to convey the magnificent natural landscapes of Central Asia and the rich palette of human feelings.” Some viewers directly admitted in online comments that they were enchanted by the beauty of the film and are already planning their next trip to Central Asia.

    “Black, Red, Yellow” was chosen as the best film out of 12 films in the main competition of the festival, which ended a few days ago. The film tells the love story of a village master of hand-made carpet weaving in the 1990s. The two main characters of the film are, in real life, a theater actress and an experienced film director, respectively.

    The jury, chaired by Italian director Giuseppe Tornatore, described the film as follows: “When the lights go on in the hall, they continue to resonate in the heart.”

    The film’s director, Aktan Arym Kubat, told journalists at a meeting in Shanghai that hand carpet weaving has long been developed in Kyrgyzstan, and traditionally two colors are most often used in it – red and black. “Our heroine adds her feelings, her love, to these two main colors.”

    “I am also open to cooperation with Chinese colleagues and welcome the prospect of Kyrgyz-Chinese co-production,” he added.

    The 27th Shanghai International Film Festival ran from June 13 to 22, featuring more than 400 films from around the world. -0-

    MIL OSI Russia News

  • MIL-Evening Report: Trouble getting out of bed? Signs the ‘winter blues’ may be something more serious

    Source: The Conversation (Au and NZ) – By Kelvin (Shiu Fung) Wong, Senior Lecturer in Clinical Psychology, Swinburne University of Technology

    Justin Paget/Getty

    Winter is here. As the days grow shorter and the skies turn darker, you might start to feel a bit “off”. You may notice a dip in your mood or energy levels. Maybe you’re less motivated to do things you previously enjoyed in the warmer months.

    The “winter blues” can feel like an inevitable part of life. You might feel sluggish or less social, but you can still get on with your day.

    However, if your winter blues are making everyday life difficult and interfering with your work and relationships, it could be the sign of something more serious.

    Seasonal affective disorder is more than a seasonal slump – it’s a recognised psychiatric condition. Here’s what to look for and how to get help.

    What is seasonal affective disorder?

    The Diagnostic and Statistical Manual of Mental Disorders officially recognises seasonal affective disorder as a recurrent major depressive disorder “with seasonal pattern”.

    In other words, the condition shares many symptoms with major depressive disorder, but it also follows a seasonal rhythm. While this might be most common in winter, the disorder can also occur in summer.

    Symptoms include:

    • persistent low mood or feelings of sadness

    • loss of interest in activities you once enjoyed

    • low energy and fatigue, even after lots of sleep

    • changes in appetite

    • weight gain or weight loss

    • difficulty concentrating

    • sleeping more or less than usual

    • feelings of hopelessness or worthlessness

    • in some cases, thoughts of self-harm or suicide.

    Research suggests seasonal affective disorder affects up to 10% of the global population.

    Although it can affect anyone, it is more common in women, people aged between 18 and 30 years, and those living far from the equator, where winter daylight hours are especially limited.

    A review of the Australian research on seasonal affective disorder showed the highest proportion of Australians with seasonal affective disorder was found in the most southern state, Tasmania (9% of the population).

    What causes it?

    Unfortunately, the exact cause of seasonal affective disorder is still poorly understood.

    Some theories propose it is primarily caused by a lack of light in the environment, although we are not exactly sure how this leads to depression.

    As sunlight is responsible for the production of vitamin D, some have suggested a lack of vitamin D is what causes depression. However, the evidence for such a link is inconclusive.

    Others suggest a lack of light in winter delays the circadian rhythms which regulate our sleep/wake cycle. Poor sleep is related to many mental health difficulties, including depression.

    Seasonal affective disorder can be treated

    Fortunately, there are several evidence-based treatments for seasonal affective disorder. Relief may be found through a combination of approaches.

    Bright light therapy is usually the first treatment recommended for seasonal affective disorder. It involves sitting near a specially designed lightbox (with a strength of 10,000 lux) for about 20 to 30 minutes a day to mimic natural sunlight and help regulate the body’s internal clock.

    Cognitive behavioural therapy aims to help people develop some flexibility around the negative thoughts that might maintain seasonal affective disorder symptoms (for example, “I am worthless because I never get up to anything meaningful in winter”).

    Lifestyle changes such as regular exercise, time spent outdoors (even on gloomy days), a balanced diet, and good sleep hygiene can all support recovery.

    Antidepressants – especially selective serotonin reuptake inhibitors (SSRIs) – may be prescribed when symptoms are moderate to severe, or when other treatments have not worked.

    What else helps?

    Even those without seasonal affective disorder might need to fight the winter blues. So, what works?

    Prioritise social connection

    Schedule regular, achievable and pleasant activities with friends, such as trivia at the pub or a brisk walk.

    Reframe winter

    Rather than dreading the cold, see if you can embrace what is special about this time of year. The mindset of “hygge” (a Danish and Norwegian term for cosiness and contentment) may help.

    Let winter be your excuse for snuggling on your couch with a thick blanket and hot chocolate while catching up on books and TV shows. Or see if there are any winter-specific activities (such as night markets) where you live.

    Maximise daylight

    Taking a walk during lunchtime when the sun is out, even briefly, can make a difference.

    The bottom line

    If your “winter blues” last more than two weeks, start interfering with your daily life or feel overwhelming, then it might be time to seek professional help.

    Speaking to your GP or mental health professional can help you get support early and prevent symptoms getting worse.

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

    ref. Trouble getting out of bed? Signs the ‘winter blues’ may be something more serious – https://theconversation.com/trouble-getting-out-of-bed-signs-the-winter-blues-may-be-something-more-serious-259375

    MIL OSI AnalysisEveningReport.nz

  • MIL-Evening Report: eSafety boss wants YouTube included in the social media ban. But AI raises even more concerns for kids

    Source: The Conversation (Au and NZ) – By Tama Leaver, Professor of Internet Studies, Curtin University

    Irina WS/Shutterstock

    Julie Inman Grant, Australia’s eSafety Commissioner, today addressed the National Press Club to outline how her office will be driving the Social Media Minimum Age Bill when it comes into effect in December this year.

    The bill, often referred to as a social media ban, prevents under-16s having social media accounts. But Inman Grant wants Australians to consider the bill a “social media delay” rather than a ban.

    When the ban was legislated in November 2024, the federal government carved out an exemption for YouTube, citing the platform’s educational purpose.

    Inman Grant has now advised the government to remove this exemption because of the harm young people can experience on YouTube. But as she has also pointed out, there are new risks for young people that the ban won’t address – especially from generative artificial intelligence (AI).

    Banning YouTube

    According to eSafety’s new research, 37% of young people have encountered harmful content on YouTube. This was the highest percentage of any platform.

    In her speech, Inman Grant argued YouTube had “mastered persuasive design”, being adept at using algorithms and recommendations to keep young people scrolling, and that exempting YouTube from the ban simply makes no sense in her eyes.

    Her advice to Communications Minister Anika Wells, which she delivered last week, is to not exempt YouTube, effectively including that platform in the ban’s remit.

    Unsurprisingly, YouTube Australia and New Zealand has responded with vigour. In a statement published today, the Google-owned company argues that

    eSafety’s advice goes against the government’s own commitment, its own research on community sentiment, independent research, and the view of key stakeholders in this debate.

    YouTube denies it is a social media platform and claims the advice it should be included in the ban is “inconsistent and contradictory”.

    But given YouTube’s Shorts looks and feels very similar to TikTok, with shorter vertical videos in an endlessly scrolling feed, exempting YouTube while banning TikTok and Instagram’s Reels never appeared logically consistent.

    It also remains the case that any public YouTube video can be viewed without a YouTube account. The argument that including YouTube in the ban would stop educational uses, then, doesn’t carry a lot of weight.

    How will the ban work?

    Inman Grant took great care to emphasise that the responsibility for making the ban work lies with the technology giants and platforms.

    Young people who get around the ban, or parents and carers who help them, will not be penalised.

    A raft of different tools and technologies to infer the age of users have been explored by the platforms and by other age verification and assurance vendors.

    Australia’s Age Assurance Technology Trial released preliminary findings last week. But these findings really amounted to no more than a press release.

    No technical details were shared, only high-level statements that the trial revealed age-assurance technologies could work.

    These early findings did reveal that the trial “did not find a single ubiquitous solution that would suit all use cases”. This suggests there isn’t a single age-assurance tool that’s completely reliable.

    If these tools are going to be one of the main gatekeepers that do or don’t allow Australians to access online platforms, complete reliability would be desirable.

    Concerns about AI

    Quite rightly, Inman Grant opened her speech by flagging the emerging harms that will not actually be addressed by new legislation. Generative AI was at the top of the list.

    Unregulated use of AI companions and bots was of particular concern, with young people forming deep attachments to these tools, sometimes in harmful ways.

    Generative AI has also made the creation of deepfake images and videos much easier, making it far too easy for young people to be harmed, and to cause real harm to each other.

    As a recent report I coauthored from the ARC Centre of Excellence for the Digital Child highlights, there are many pressing issues in terms of how children and young people use and experience generative AI in their everyday lives.

    For example, despite the tendency of these tools to glitch and fabricate information, they are increasingly being used in place of search engines for basic information gathering, life advice and even mental health support.

    There are larger challenges around protecting young people’s privacy when using these tools, even when compared to the already privacy-averse social media platforms.

    There are many new opportunities with AI, but also many new risks.

    With generative AI being relatively new, and changing rapidly, more research is urgently needed to find the safest and most appropriate ways for AI to be part of young people’s lives.

    What happens in December?

    Social media users under 16, and their parents and carers, need to prepare for changes in young people’s online experiences this December when the ban is due to begin.

    The exact platforms included in the ban, and the exact mechanisms to gauge the age of Australia users, are still being discussed.

    The eSafety Commissioner has made her case today to include more platforms, not fewer. Yet Wells has already acknowledged that

    social media age-restrictions will not be the end-all be-all solution for harms experienced by young people online but they will make a significant impact.

    Concerns remain about the ban cutting young people off from community and support, including mental health support. There is clearly work to be done on that front.

    Nor does the ban explicitly address concerns about cyberbullying, which Inman Grant said has recently “intensified”, with messaging applications at this stage still not likely to be included in the list of banned services.

    It’s also clear some young people will find ways to circumvent the ban. For parents and carers, keeping the door open so young people can discuss their online experiences will be vital to supporting young Australians and keeping them safe.

    Tama Leaver receives funding from the Australian Research Council. He is a chief investigator in the ARC Centre of Excellence for the Digital Child.

    ref. eSafety boss wants YouTube included in the social media ban. But AI raises even more concerns for kids – https://theconversation.com/esafety-boss-wants-youtube-included-in-the-social-media-ban-but-ai-raises-even-more-concerns-for-kids-259561

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI China: China makes major progress in building world’s highest solar observatory

    Source: People’s Republic of China – State Council News

    CHENGDU, June 24 — Construction of supporting infrastructure for a cutting-edge solar telescope began Tuesday in Daocheng County in southwest China’s Sichuan Province, marking a significant step toward a new era of high-resolution solar observation.

    The 2.5-meter Wide-field and High-resolution Solar Telescope, a national research instrumentation project, is led by Nanjing University in collaboration with the Nanjing Institute of Astronomical Optics and Technology and the Yunnan Observatories, both under the Chinese Academy of Sciences.

    The construction of the telescope officially began in 2022. Upon completion, it will be the world’s largest axisymmetric solar telescope.

    Strategically situated at an elevation of 4,700 meters on an unnamed mountain in Daocheng County, the chosen site boasts exceptional atmospheric stability and solar observation conditions.

    This location is poised to become the world’s highest solar observatory, providing a critical foundation for acquiring world-class observational data.

    Construction of the supporting infrastructure and telescope assembly is scheduled for completion by the end of 2026, followed by comprehensive system commissioning and testing.

    MIL OSI China News

  • MIL-OSI Australia: Cadet Camp 2025 wrap-up

    Source:

    The Cadets line up in front of the Central Highlands Training Centre Gas Prop

    From May 16 to 18, 36 inspiring young CFA volunteers came together for an unforgettable Cadet Camp — and what a weekend it was!

    Held at YMCA’s Lady Northcote Discovery Camp, our 16 to 17-year-old volunteers (cadets) from across Victoria took part in a jam-packed program of team building, personal development and hands-on training at Central Highlands VEMTC.

    Throughout the camp, they forged friendships, built confidence, and deepened their commitment to serving their communities — all while having a whole lot of fun.

    Highlights included:

    • A live drafting session with Ballarat City and Rowsley brigades
    • CFA’s simulation table, offering real-time decision-making experience
    • Pumper and rescue demo from Ballan Fire Brigade
    • Visit from La Trobe University’s Aspire program, sharing opportunities for further development
    • Words of encouragement from CFA CEO Greg Leach AFSM, reminding cadets to embrace every opportunity.

    The Cadet Camp weekend isn’t just about preparing for the future. It is a powerful reminder that our young members are not just tomorrow’s leaders — they are here now, taking their place and playing their part in keeping Victorian communities safe.

    Submitted by Chris Melenhorst

    MIL OSI News

  • US judge blocks Trump plan to close Harvard’s doors to international students

    Source: Government of India

    Source: Government of India (4)

    A federal judge on Monday blocked President Donald Trump’s administration from implementing his plan to bar foreign nationals from entering the United States to study at Harvard University.

    U.S. District Judge Allison Burroughs in Boston issued an injunction barring Trump’s administration from carrying out its latest bid to curtail Harvard’s ability to host international students amid an escalating fight pitting the Republican president against the prestigious Ivy League school.

    The preliminary injunction extends a temporary order the judge issued on June 5 that prevented the administration from enforcing a proclamation Trump signed a day earlier that cited national security concerns to justify why Harvard could no longer be trusted to host international students.

    She ruled after Trump’s Friday announcement that his administration could announce a deal with Harvard “over the next week or so” to resolve the White House’s campaign against the university, which has waged a legal battle against the administration’s various actions against the school.

    Trump signed the proclamation after his administration had already frozen billions of dollars in funding to the oldest and wealthiest U.S. university, threatened Harvard’s tax-exempt status and launched several investigations into the school.

    The proclamation prohibited foreign nationals from entering the U.S. to study at Harvard or participate in exchange visitor programs for an initial period of six months, and directed Secretary of State Marco Rubio to consider whether to revoke visas of international students already enrolled at Harvard.

    But Burroughs said Trump’s administration was likely violating Harvard’s free speech rights under the U.S. Constitution’s First Amendment by retaliating against it for refusing to meet its demands to cede control over the school’s curriculum and admissions and by targeting it based on what officials viewed as the university’s left-leaning orientation.

    The judge said that “at its root, this case is about core constitutional rights that must be safeguarded: freedom of thought, freedom of expression, and freedom of speech, each of which is a pillar of a functioning democracy and an essential hedge against authoritarianism.”

    “Here, the government’s misplaced efforts to control a reputable academic institution and squelch diverse viewpoints seemingly because they are, in some instances, opposed to this Administration’s own views, threaten these rights,” she wrote.

    Cambridge, Massachusetts-based Harvard said the ruling will allow it to continue hosting international students and scholars while this case moves forward. It added it will continue to defend the rights of the school, its students and scholars.

    The White House did not immediately respond to requests for comment.

    The university has filed two separate lawsuits before Burroughs, an appointee of Democratic President Barack Obama, seeking to unfreeze around $2.5 billion in funding and to prevent the administration from blocking the ability of international students to attend the university.

    The latter lawsuit was filed after Homeland Security Secretary Kristi Noem on May 22 announced that her department was immediately revoking Harvard’s Student and Exchange Visitor Program certification, which allows it to enroll foreign students.

    Almost 6,800 international students attended Harvard in its most recent school year, making up about 27% of its student population.

    Noem, without providing evidence, accused the university of “fostering violence, antisemitism, and coordinating with the Chinese Communist Party.”

    Her action was temporarily blocked by Burroughs almost immediately. While the Department of Homeland Security has since shifted to challenging Harvard’s certification through a lengthier administrative process, Burroughs at a May 29 hearing said she planned to issue an injunction to maintain the status quo, which she did officially on Friday.

    A week after the hearing, Trump signed his proclamation, which cited concerns about Harvard’s acceptance of foreign money including from China and what it said was an inadequate response by the school to his administration’s demand for information on foreign students.

    His administration has accused Harvard of creating an unsafe environment for Jewish students and allowing antisemitism to fester on its campus. Protests over U.S. ally Israel’s treatment of Palestinians during its war in Gaza have roiled numerous universities’ campuses, including Harvard’s.

    Rights advocates have noted rising antisemitism and Islamophobia in the U.S. due to the war. The Trump administration has thus far announced no action over anti-Arab and anti-Muslim hate. Harvard’s own antisemitism and Islamophobia task forces found widespread fear and bigotry at the university in reports released in late April.

    (Reuters)

  • MIL-OSI Banking: Panasonic’s nanoe(TM) inhibits dust mite allergens hidden within bedding fibers, a common cause of sleep disturbances during the rainy season

    Source: Panasonic

    Headline: Panasonic’s nanoe(TM) inhibits dust mite allergens hidden within bedding fibers, a common cause of sleep disturbances during the rainy season

    Osaka, Japan, June 24, 2025 – Panasonic Corporation (https://holdings.panasonic/global/) (Panasonic) today announced that it has demonstrated that nanoe (hydroxyl radicals contained in water) technology can inhibit dust mite allergens*1 located 1 cm beneath the surface of bedding, which are considered one of the causes of sleep disturbances. The demonstration was conducted under the supervision of Dr. Shuichiro Shirakawa, Ph.D., Director of Sleep Assessment & Research Institute, Inc. In addition, joint research with Associate Professor Tomoki Fukuyama of the School of Veterinary Medicine at Azabu University verified at the cellular level that the immune response involved in the itching and inflammation caused by dust mite allergens was also inhibited.
    According to the Ministry of Health, Labour and Welfare, approximately one in two Japanese people has an allergic disease,*2 with dust mite allergies being the second most common allergy in terms of the number of patients.*3 Many dust mite allergens are hidden in bedding such as futons and pillows. It is said that there are more than 140,000 dust mites per 2 m2 (equivalent to one futon).*4 Dr. Shirakawa points out that dust mite-derived allergens within 1 cm of the bedding surface are stirred into the air by turning over in bed, becoming one of the factors that can trigger allergic symptoms and disrupt sleep.*1 In particular, from the rainy season in June to the height of summer in August, the humid environment favored by dust mites promotes their peak proliferation.*5
    The verification test was conducted based on the hypothesis that nanoe (hydroxyl radicals contained in water), consisting of nano-sized particles one hundred-thousandth the size of a hair, could inhibit dust mite allergens hidden within the fibers. As a result of the verification, two new findings were obtained: nanoe (hydroxyl radicals contained in water) inhibited both dust mite allergens hidden within bedding and the cellular reactions that lead to itching and inflammation caused by them. The verification found that nanoe (hydroxyl radicals contained in water) technology holds new potential to surpass spatial purification and enhance the quality of the sleep environment. Note that this verification was conducted based on the test conditions described below and did not assess effectiveness in an actual usage environment.
    Panasonic aims to contribute to society by providing safe and secure spaces and will continue to evolve nanoe (hydroxyl radicals contained in water) technology while exploring its future potential.

    ■Comments from Dr. Shuichiro Shirakawa, Director, Sleep Assessment & Research Institute, Inc.

    There are more dust mites hidden in futons and pillows than you might imagine. We believe that this is an unavoidable issue when seeking high-quality sleep. We know that bedding care can be provided through methods such as sun drying, cleaning, or washing, but these are time-consuming, and frequent care can be burdensome. On the other hand, this verification test demonstrated that nanoe (hydroxyl radicals contained in water) can inhibit dust mite allergens without the need for human intervention. We believe this technology has the potential to contribute to creating a comfortable bedroom environment.
    * Panasonic requested comments from Dr. Shirakawa, which were subsequently edited and published here.

    ■Comments from Associate Professor Tomoki Fukuyama, School of Veterinary Medicine, Azabu University

    It is no exaggeration to say that dust mite allergies, like hay fever, are a widespread condition affecting many people and are one of the causes of sleep disturbances. This test verified that nanoe (hydroxyl radicals contained in water) technology can inhibit the immune response that leads to itching and inflammation by inhibiting dust mite allergens. Based on these results, we believe that nanoe (hydroxyl radicals contained in water) technology has the potential to alleviate the symptoms of dust mite allergies and reduce their sleep-disrupting effects.
    * Panasonic requested comments from Associate Professor Tomoki Fukuyama, which were subsequently edited and published here.

    ■Key points of this verification

    Dust mite allergens typically reside within 1 cm of the surface of bedding and are considered one of the factors that disrupt sleep. This verification demonstrated that nanoe (hydroxyl radicals contained in water) can inhibit them.
    Exposing cells to dust mite allergens inhibited by nanoe (hydroxyl radicals contained in water) technology demonstrated that nanoe inhibited the activity of the cells leading to inflammation and itching.

    ■Principle of nanoe (hydroxyl radicals contained in water) generation

    Figure 5. nanoe (hydroxyl radicals contained in water) generator

    nanoe (hydroxyl radicals contained in water), approximately 5 to 20 nanometers in size and containing hydroxyl radicals, is generated by cooling the atomizing electrode with a Peltier element, condensing moisture from the air into water, and applying a high voltage between the atomizing electrode and the counter electrode.

    ◆Click here for a summary of this press release.https://www.panasonic.com/global/consumer/nanoe/ja/topics/2506XX.html
    ◆Click here for the research results of nanoe (hydroxyl radicals contained in water) technologyhttps://www.panasonic.com/global/consumer/clean/hydroxyl.html

    Notes:
    *1: Reference: Shuichiro Shirakawa, “Interview on factors that disrupt sleep”
    *2: Reference: Ministry of Health, Labour and Welfare, “Rheumatism and Allergy Countermeasures Committee Report”
    *3: Reference: Takechika Ohmori, “Trends in Outpatient Therapy for Allergies”
    *4: Reference: Hiroki Kamezaki, “Fauna and spatial distribution of house-dust mites in Japanese mattress”
    *5: Reference: Junko Miyamoto, “Ecological studies of house dust mites—Seasonal changes in mite populations in house dust in Japan”

    Media Contact:

    Living Appliances and Solutions Company, Panasonic CorporationPublic Relations, Corporate Policy Department, Corporate Planning CenterEmail: las-pr@gg.jp.panasonic.com

    Customer Contact:

    Living Appliances and Solutions Company, Panasonic CorporationDevices Products Business Unit, Beauty and Personal Care Business DivisionTelephone: +81-(0)749-27-0485 (available 9:30 a.m. to 5:00 p.m. excluding Saturdays, Sundays, and public holidays)

    MIL OSI Global Banks

  • MIL-OSI Russia: Scientists and NSU graduates have developed an algorithm for controlling a swarm of drones using the “detection-delivery” scheme

    Translation. Region: Russian Federal

    Source: Novosibirsk State University – Novosibirsk State University –

    Scientists from NSU, engineers from Smart Drones LLC (SmartDrones platform) and specialists from the Siberian Fire and Rescue Academy of the State Fire Service of the Russian Emergencies Ministry presented a joint development — an algorithm for controlling a swarm of drones, online detection and determination of the coordinates of detected objects using AI. The technology was tested at an off-site meeting dedicated to the introduction of innovative technologies in the work of agricultural producers, which took place in the Ordynsky District on June 20 with the participation of Deputy Governor of the Novosibirsk Region Irina Manuilova, Minister of Science and Innovation Policy of the Novosibirsk Region Vadim Vasiliev and Minister of Agriculture of the region Andrei Shindelov. The off-site meeting of representatives of science, developers of advanced technologies and innovative projects was held at the production site of Dary Ordynska OPKh LLC.

    The researchers demonstrated the ability of drones to interact in space using the detection-delivery scheme, distributing tasks: one of them detects an object, determines and transmits coordinates to another drone, which carries out delivery according to the specified coordinates. The control algorithm can be scaled to any number of devices and different types of recognized objects.

    The joint development is the result of agreements that were reached after testing drone delivery in April. Then, a new model of an unmanned aerial vehicle, developed by NSU scientists for delivering goods to hard-to-reach areas, successfully covered a distance of 4.5 km across the Ob River and delivered the goods to their destination. The test flight was part of the first tests in Siberia of SmartDrones Fires technology for detecting and extinguishing fires using a swarm of drones and AI technologies, jointly with the Main Directorate of the Ministry of Emergency Situations of Russia for the Novosibirsk Region.

    — Based on the results of the tests, we decided to combine the two technologies and try to work them out in a complex, namely: one drone, controlled using specialized SmartDrones software developed by our company, automatically analyzes data from a video camera, detects a person and transmits his coordinates to the second drone developed by NSU. The second UAV automatically delivers the necessary parcel, which may include water, medicine, etc., according to the specified coordinates. In two months, we took the necessary steps for integration and presented the new technology in action at an off-site meeting that took place at the end of last week, — said Alexey Meleshikhin, founder of the Smart Drones company, a graduate of the Physics Department of NSU.

    In the future, NSU researchers and engineers from the SmartDrones startup will work together to improve the technology for controlling a swarm of drones using the “detection-delivery” scheme and plan to create a full-fledged digital platform that will find application in various areas – agriculture, tourism, emergency prevention, etc.

    — Now we have worked out the interaction of two drones and tested the algorithm “detection and delivery of water”. We have shown how the automatic data transfer from the first drone to the second one works, so that the latter arrives at these coordinates and makes the delivery. In the future, we plan to conduct testing on a larger number of devices, when we can have several drones, each of them monitoring its own square and solving the problem of detecting different types of objects that need different types of delivery – water, medicine, life jacket, etc. In the future, the technology can be scaled to an unlimited number of devices. In addition, the platform being developed will allow drones to make various joint decisions. For example, to calculate the distance of an object and determine who will fly to it faster and deliver, for example, a first aid kit to a victim; what to do in case of loss of communication with one of the UAVs, etc. All these algorithms will be worked out and implemented on the basis of the SmartDrones digital platform, — explained Alexey Meleshikhin.

    The Smart Drones company, founded by NSU graduates and developing the SmartDrones Fires hardware and software complex for automatic fire detection and calculation of the forces and means required to extinguish them using a swarm of drones and AI technologies, is a resident of AkademPark and the winner of the spring, 30th, anniversary accelerator A:START.

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

    MIL OSI Russia News

  • MIL-OSI USA: Artificial Intelligence for Materials Science (AIMS) Workshop

    Source: US Government research organizations

    Credit: Crissy Robinson/NIST

    As part of the JARVIS workshop series, the 6th Artificial Intelligence for Materials Science (AIMS) workshop will be held as an in-person only event at the National Cybersecurity Center of Excellence (NCCoE) located at 9700 Great Seneca Highway in Rockville, Maryland on July 9 – 10, 2025. This event is sponsored by the National Institute of Standards and Technology (NIST).

    The scope of the workshop is briefly stated below:

    The Materials Genome Initiative (MGI) promises to expedite materials discovery through high-throughput computation and high-throughput experiments. The application of artificial-intelligence (AI) tools such as machine learning, deep learning and various optimization techniques is critical to achieving such a goal.

    Some of the key research areas for materials AI include: developing well-curated and diverse datasets, choosing effective representations for materials, inverse materials design, integrating autonomous experiments and theory, challenges and advantages of self-driving laboratories, merging physics-based models with AI models, and choosing appropriate algorithms/work-flows. Lastly, uncertainty quantification in AI-based predictions for material properties and issues related to building infrastructure for disseminating AI knowledge are of immense importance for making AI- based materials investigation successful. This workshop is intended to cover all the above-mentioned challenges. To make the workshop as effective as possible we plan to largely but not exclusively focus on inorganic solid-state materials.

    Topics addressed in this workshop will include (but not be limited to):

    – Datasets and tools for employing AI for materials

    – Integrating experiments with AI techniques

    – Graph neural networks for materials

    – Comparison of AI techniques for materials

    – Challenges of applying AI to materials

    – Uncertainty quantification and building trust in AI predictions

    – Generative modeling

    – Foundation models

    – Machine learning force fields

    – Large language models

    – Autonomous experimentation

    If registered participants are interested in presenting a poster, please send name, affiliation, title, and abstract to daniel.wines [at] nist.gov (daniel[dot]wines[at]nist[dot]gov), no later than June 27, 2025. We plan to hold a best poster competition for early career researchers.


    List of Speakers

    Jiaman Hu Wisconsin
    Tess Smidt MIT
    Brandon Wood Meta
    Heather Kulik MIT
    Joseph Krause Radical AI
    Ichiro Takeuchi UMD
    Martin Seifrid NC State
    Olexandr Isayev CMU
    Ali Hamze Samsung
    Simon J.L. Billinge Columbia
    Ankit Agrawal Northwestern
    Jason Hattrick-Simpers University of Toronto
    Arun Mannodi-Kanakkithodi Purdue
    Benji Maruyama AFRL
    Panchapakesan Ganesh ORNL
    Roberto Car Princeton
    Shengyen Li NIST
    Aditya Nandy UCLA
    Steven Torrisi Toyota
    Olga S. Ovchinnikova Thermo Fisher Scientific
    Milad Abolhasani NC State University
    Luis Barroso-Luque Meta
    Nathan Johnson ZEISS
    Corey Oses JHU

    A room block has been reserved at the following location:

    Sheraton Rockville

    Address: 920 King Farm Blvd, Rockville, MD 20850

    Rate: $159/night (excluding taxes and fees). Rate includes breakfast and shuttle to and from NCCoE.

    CLICK HERE to book your room.

    Last day to book your room: June 20, 2025.

    MIL OSI USA News

  • MIL-Evening Report: A carbon levy on global shipping promises to slash emissions. We calculated what that means for Australia’s biggest export

    Source: The Conversation (Au and NZ) – By Michael Brear, Director, Melbourne Energy Institute, The University of Melbourne

    Costfoto/NurPhoto via Getty Images

    Moving people and things around the world by sea has a big climate impact. The shipping industry produces almost 3% of global greenhouse gas emissions – roughly the same as Germany – largely due to the movement of container ships, bulk carriers and tankers.

    Under international rules, these emissions are not included in any nation’s greenhouse gas reporting. That means they often escape scrutiny.

    Unlike cars, international shipping can’t shift to using low-emissions electricity – the batteries required are too big and heavy. So clean fuels must play a role.

    A proposed shake-up of the global shipping industry would encourage the use of clean fuels and penalise shipping companies that stick to cheaper, more polluting fuels. Should it proceed, emissions from global shipping would be regulated for the first time.

    Using our peer-reviewed modelling, we investigated how the changes might affect Australia’s largest export: iron ore.

    What is the proposed carbon levy all about?

    The International Maritime Organisation (IMO) is the United Nations body responsible for regulating international shipping. It recently approved a draft plan to tackle the shipping sector’s contribution to climate change through a type of “cap and trade” scheme.

    The plan would involve setting a limit, or cap, on how much each shipping company can emit. Companies must then either buy credits or be penalised if they go over their limit. Companies that stay under their limit – for example, by using cleaner fuels – would earn credits, which they could then sell.

    In this way, high-emitting shipping companies are penalised and low-emitting companies are rewarded.

    Under the plan, the total limit for emissions from global shipping would fall each year. This increases the incentive for companies to switch to lower emission fuels and makes higher-emission fuels progressively more expensive to use.

    The plan is scheduled to be adopted by the shipping industry in October this year and would begin in 2027.

    Not all fuels are the same

    The proposed change is particularly significant for Australia. As a remote island nation, our imports and exports are heavily reliant on massive ships. This is most important for our commodity exports – iron ore in particular.

    Our recently published modelling estimated the emissions and financial impacts of various low-emission shipping options for Australia’s exports.

    We estimated Australia’s commodity exports create about 34 million tonnes of greenhouse gases a year. This is about 8% of Australia’s domestic greenhouse gas emissions, but it’s not included in Australia’s national reporting.

    Using the same modelling, we then examined how the proposed new regulation would affect the cost of shipping Australia’s largest export, iron ore. We chose a common route from Port Hedland in Western Australia to Shanghai in China.

    First, we looked at current fuel costs, as well as overall shipping costs measured per tonne of delivered ore. Shipping costs include both the fuel costs and the cost of the ships designed to use it. Then we estimated how much fuels and shipping might cost from 2030, assuming the proposed regulation has come into force.

    We also examined three types of fuel.

    The first was heavy fuel oil (HFO), one of the main fuels used in international shipping. It’s traditionally the cheapest shipping fuel and also has the highest greenhouse gas emissions.

    The second was “blue” ammonia. This fuel is typically made from natural gas using a manufacturing process where the carbon in the natural gas is captured and stored. It has lower greenhouse gas emissions than heavy fuel oil, but it is not a “green” fuel.

    Thirdly, we looked at “green” ammonia, which is produced using renewable energy. We examined two types of green ammonia – that produced using current technology, and “advanced” green ammonia, made using new technologies in development.

    Is green ammonia an answer?

    From about 2030, the overall cost of shipping powered by heavy fuel oil will start to rise significantly under the proposed regulation. That’s because shipping companies using this fuel must purchase credits from those using cleaner options.

    Blue ammonia may then make it cheaper to ship iron ore from Australia to Asia. Users of this fuel could generate and sell credits that higher-emitting fuel users buy, offsetting some of the shipping costs associated with using blue ammonia.

    But if international shipping is to reach the IMO’s goal of net-zero emissions by about 2050, this is very likely to require a green fuel.

    However, green ammonia is more expensive than heavy fuel oil and blue ammonia with current technology. And our analysis found the proposed regulation – and associated subsidy – doesn’t make it the lowest cost shipping option from 2030 onwards either.

    This is why technological innovation is important. CSIRO projections of the future costs of renewable energy and green-fuel manufacture suggest that, should technologies improve, green ammonia may compete on cost with heavy-fuel oil in the 2030s, even without subsidies.

    If so, this zero-emission fuel could become the cheapest way to export Australian iron ore.

    Looking ahead to net-zero

    As our calculations show, a combination of regulation and innovation could help international shipping achieve its goal of net-zero emissions.

    These fuels could be made in Australia, and potentially used by other industries such as rail, mining, road freight and even aviation.

    Such an industry would therefore contribute significantly to the world’s emission-reduction goals, and could help Australia realise its ambition to become a major global exporter of green fuels and other green products.

    Michael Brear receives research funding from the Australian Renewable Energy Agency, the Australian Research Council, the Future Energy Exports CRC and the Clean Marine Fuel Institute. He also receives funding from other government and industry organisations for work on other aspects of energy and transport decarbonisation.

    Gerhard (Gerry) F. Swiegers is an ARC Industry Laureate Fellow and the Chief Technology Officer of Hysata. Hysata is a manufacturer of electrolysers which are used for green hydrogen manufacture. Green hydrogen is a key feedstock for the manufacture of green ammonia.

    Michael Leslie Johns receives funding from the ARC and Future Energy Exports CRC.

    Nguyen Cao receives funding from the Future Energy Exports CRC and the Clean Marine Fuel Institute.

    Rose Amal is the leader of the Particles and Catalysis Research Group, Co-Director of ARC Training Centre for the Global Hydrogen Economy and the Lead of the PowerFuels Network under NSW Decarbonisation Innovation Hub. Rose receives funding from Australian Research Council (ARC) and Department of Industry, Science, Energy and Resources, Department of Education (Trailblazer Recycling and Clean Energy program), ARENA and NSW Environmental Trust. She was an ARC Laureate Fellow.

    ref. A carbon levy on global shipping promises to slash emissions. We calculated what that means for Australia’s biggest export – https://theconversation.com/a-carbon-levy-on-global-shipping-promises-to-slash-emissions-we-calculated-what-that-means-for-australias-biggest-export-258915

    MIL OSI AnalysisEveningReport.nz

  • MIL-Evening Report: Hauntingly familiar? Why comparing the US strikes on Iran to Iraq in 2003 is off target

    Source: The Conversation (Au and NZ) – By Benjamin Isakhan, Professor of International Politics, Deakin University

    HECTOR MATA/AFP via Getty Images

    On June 21, the United States launched airstrikes on three Iranian nuclear facilities – Fordow, Natanz and Isfahan – pounding deeply buried centrifuge sites with bunker-busting bombs.

    Conducted jointly with Israel, the operation took place without formal congressional authorisation, drawing sharp criticism from lawmakers that it was unconstitutional and “unlawful”.




    Read more:
    Why the US strikes on Iran are illegal and can set a troubling precedent


    Much of the political debate has centred on whether the US is being pulled into “another Middle East war”.

    The New York Times’ Nick Kristof weighed in on the uncertainties following the US’ surprise bombing of Iran and Tehran’s retaliation.

    Even US Vice President JD Vance understood the unease, stating:

    People are right to be worried about foreign entanglement after the last 25 years of idiotic foreign policy.

    These reactions have revived comparisons with George W. Bush’s 2003 invasion of Iraq: a Republican president launching military action on the basis of flimsy weapons of mass destruction (WMD) evidence.

    Hauntingly familiar?

    While the surface similarity is tempting, the comparison may in fact obscure more about President Donald Trump than it reveals.

    Comparisons to the Iraq War

    In 2003, Bush ordered a full-scale invasion of Iraq based on flawed intelligence, claiming Iraqi dictator Saddam Hussein possessed WMDs. And while the war was extremely unpopular across the world, it did have bipartisan congressional support.

    The invasion toppled Iraq’s regime in just a few weeks.

    What followed was a brutal conflict and almost a decade of US occupation. The war triggered the rise of militant jihadism and a horrific sectarian conflict that reverberates today.

    So far, Trump’s one-off strikes on Iran bear little resemblance to the 2003 Iraq intervention.

    These were precision strikes within the context of a broader Iran-Israel war, designed to target Iran’s nuclear program.

    And, so far, there appears to be little appetite for a full-scale military invasion or “boots on the ground”, and regime change seems unlikely despite some rumblings from both Trump and Israeli Prime Minister Benjamin Netanyahu.

    Yet the comparison to Iraq persists, especially among audiences suspicious of repeated US military interventions in the Middle East. But poorly considered analogies carry costs.

    For one, the Iraq comparison sheds little light on Trump’s foreign policy.




    Read more:
    The US has entered the Israel-Iran war. Here are 3 scenarios for what might happen next


    Trump’s foreign policy

    To better understand the recent strikes on Iran, we need to look at Trump’s broader foreign policy.

    Much has been made of his “America first” mantra, a complex mix of prioritising domestic interests, questioning international agreements, and challenging traditional alliances.

    Others, including Trump himself, have often touted his “no war” approach, pointing to large-scale military withdrawals from Afghanistan, Syria and Iraq,and the fact he had not started a new war.

    But beyond this, Trump has increased US military spending and frequently used his office to conduct targeted strikes on adversaries – especially across the Middle East.

    For example, in 2017 and 2018, Trump ordered airstrikes on a Syrian airbase and chemical weapons facilities. In both instances, he bypassed Congress and used precision air power to target weapons infrastructure without pursuing regime change.

    Also, from 2017 to 2021, Trump authorised US support for the Saudi-led war in Yemen, enabling airstrikes that targeted militant cells but also led to mass civilian casualties.

    Trump’s policy was the subject of intense bipartisan opposition, culminating in the first successful congressional invocation of the War Powers Resolution – though it was ultimately vetoed by Trump.

    And in 2020, Trump launched a sequence of attacks on Iranian assets in Iraq. This included a drone strike that killed senior Iranian military commander Qassem Soleimani.

    Again, these attacks were conducted without congressional support. The decision triggered intense bipartisan backlash and concerns about escalation without oversight.

    While such attacks are not without precedent – think back to former US President Barack Obama’s intervention in Libya or Joe Biden’s targeting of terrorist assets – the scale and veracity of Trump’s attacks on the Middle East are much more useful as a framework to understanding the recent attacks on Iran than any reference to the 2003 Iraq war.

    What this reveals about Trump

    It is crucial to scrutinise any use of force. But while comparing the 2025 Iran strikes to Iraq in 2003 may be rhetorically powerful, it is analytically weak.

    A better path is to situate these events within Trump’s broader political style.

    He acts unilaterally and with near-complete impunity, disregarding traditional constraints and operating outside established norms and oversight.

    This is just as true for attacks on foreign adversaries as it is for the domestic policy arena.

    For example, Trump recently empowered agencies such as Immigration and Customs Enforcement (ICE) to operate with sweeping discretion in immigration enforcement, bypassing legal and judicial oversight.

    Trump also uses policy as spectacle, designed to send shockwaves through the domestic or foreign arenas and project dominance to both friend and foe.

    In this way, Trump’s dramatic attacks on Iran have some parallels to his unilateral imposition of tariffs on international trade. Both are abrupt, disruptive and framed as a demonstration of strength rather than a way to create a mutually beneficial solution.

    Finally, Trump is more than willing to use force as an instrument of power rather than as a last resort. This is just as true for Iran as it is for the US people.

    The recent deployment of US Marines to quell protests in Los Angeles reveals a similar impulse: military intervention as a first instinct in the absence of a broader strategy to foster peace.

    To truly understand and respond to Trump’s Iran strikes, we need to move beyond sensationalist analogies and recognise a more dangerous reality. This is not the start of another Iraq; it’s the continuation of a presidency defined by impulsive power, unchecked force and a growing disdain for democratic constraint.

    Benjamin Isakhan receives funding from the Australian Research Council and the Australian Department of Defence. The views expressed in this article do not reflect those of Government policy.

    ref. Hauntingly familiar? Why comparing the US strikes on Iran to Iraq in 2003 is off target – https://theconversation.com/hauntingly-familiar-why-comparing-the-us-strikes-on-iran-to-iraq-in-2003-is-off-target-259668

    MIL OSI AnalysisEveningReport.nz

  • MIL-Evening Report: Iran’s internet blackout left people in the dark. How does a country shut down the internet?

    Source: The Conversation (Au and NZ) – By Mohiuddin Ahmed, Senior Lecturer of Computing and Security, Edith Cowan University

    Dylan Carr/Unsplash

    In recent days, Iranians experienced a near-complete internet blackout, with local service providers – including mobile services – repeatedly going offline. Iran’s government has cited cyber security concerns for ordering the shutdown.

    Shutting off the internet within an entire country is a serious action. It severely limits people’s ability to freely communicate and to find reliable information during times of conflict.

    In countries that have privatised mobile and internet providers, control is often exercised through legislation or through government directives – such as age restrictions on adult content. By contrast, Iran has spent years developing the capacity to directly control its telecommunications infrastructure.

    So how can a country have broad control over internet access, and could this happen anywhere in the world?

    How does ‘blocking the internet’ work?

    The “internet” is a broad term. It covers many types of applications, services and, of course, the websites we’re familiar with.

    There’s a range of ways to control access to internet services, but broadly speaking, there are two “simple” methods a nation could use to block citizens’ internet access.

    Hardware

    A nation may opt to physically disconnect the incoming internet connectivity at the point of entry to the country (imagine pulling the plug on a telephone exchange).

    This allows for easy recovery of service when the government is ready, but the impact will be far-reaching. Nobody in the country, including the government itself, will be able to connect to the internet – unless the government has its own additional, covert connectivity to the rest of the world.




    Read more:
    Undersea cables are the unseen backbone of the global internet


    Software and configuration

    This is where it gets more technical. Every internet-connected endpoint – laptop, computer, mobile phone – has an IP (internet protocol) address. They’re strings of numbers; for example, 77.237.87.95 is an address assigned to one of the internet service providers in Iran.

    IP addresses identify the device on the public internet. However, since strings of numbers are not easy to remember, humans use domain names to connect to services – theconversation.com is an example of a domain name.

    That connection between the IP address and the domain is controlled by the domain name system or DNS. It’s possible for a government to control access to key internet services by modifying the DNS – this manipulates the connection between domain names and their underlying numeric addresses.

    An additional way to control the internet involves manipulating the traffic flow. IP addresses allow devices to send and receive data across networks controlled by internet service providers. In turn, they rely on the border gateway protocol (BGP) – think of it like a series of traffic signs which direct internet traffic flow, allowing data to move around the world.

    Governments could force local internet service providers to remove their BGP routes from the internet. As a result, the devices they service wouldn’t be able to connect to the internet. In the same manner, the rest of the world would no longer be able to “see” into the country.




    Read more:
    Internet shutdowns: here’s how governments do it


    How common is this?

    In dozens of countries around the world, the internet is either routinely controlled or has been shut down in response to major incidents.

    A recent example is a wide-scale internet blackout in Bangladesh in July 2024 during student-led protests against government job quotas.

    In 2023, Senegal limited internet access to handle violent protests that erupted over the sentencing of a political leader. In 2020, India imposed a lengthy internet blackout on the disputed Himalayan region of Kashmir. In 2011, the Egyptian government withdrew BGP routes to address civil unrest.

    These events clearly show that if a government anywhere in the world wants to turn off the internet, it really can. The democratic state of the country is the most significant influence on the willingness to undertake such action – not the technical capability.

    However, in today’s world, being disconnected from the internet will heavily impact people’s lives, jobs and the economy. It’s not an action to be taken lightly.

    How can people evade internet controls?

    Virtual private networks or VPNs have long been used to hide communications in countries with strict internet controls, and continue to be an effective internet access method for many people. (However, there are indications Iran has clamped down on VPN use in recent times.)

    However, VPNs won’t help when the internet is physically disconnected. Depending on configuration, if BGP routes are blocked, this may also prevent any VPN traffic from reaching the target.

    This is where independent satellite internet services open up the most reliable alternative. Satellite internet is great for remote and rural areas where traditional internet service providers have yet to establish their cabling infrastructure – or can’t do so.

    Even if traditional wired or wireless internet connections are unavailable, services such as Starlink, Viasat, Hughesnet and others can provide internet access through satellites orbiting Earth.

    To use satellite internet, users rely on antenna kits supplied by providers. In Iran, Elon Musk’s Starlink was activated during the blackout, and independent reports suggest there are thousands of Starlink receivers secretly operating in the country.

    The authors do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.

    ref. Iran’s internet blackout left people in the dark. How does a country shut down the internet? – https://theconversation.com/irans-internet-blackout-left-people-in-the-dark-how-does-a-country-shut-down-the-internet-259546

    MIL OSI AnalysisEveningReport.nz

  • MIL-OSI Russia: NSU students won six medals at the “I am a professional” Olympiad

    Translation. Region: Russian Federal

    Source: Novosibirsk State University – Novosibirsk State University –

    The results of the All-Russian Student Olympiad “I am a Professional” – one of the largest educational projects in the country – have been summed up. NSU students won six medals: three gold and three bronze.

    Master’s student Faculty of Information Technology Ivan Baksheev won the gold medal and became the winner of the Olympiad for the fourth time. This year, he immediately went to the final as last year’s medalist. The Olympiad included two rounds: theoretical and practical, both under strict online proctoring.

    — I have been participating in the Olympiad for several years now. This year was my last chance, as the Olympiad is not held for postgraduates. The most difficult tasks were those on the physical protection of critical facilities, but in the end I solved them best. And in the practical round, I had to urgently deal with memory dumps — quickly find the necessary software, install and use it. The results were expected: judging by the scores, it was already clear in April that the gold was in my pocket, — Ivan shares.

    The student is currently continuing his research work, with his interests focused on various aspects of information theory, including issues related to data protection:

    “I am studying various aspects of information theory and plan to enroll in graduate school at NSU or one of the institutes of the Siberian Branch of the Russian Academy of Sciences, continuing to work in this field,” he says.

    The gold medal in the Psychology track was won by Lyubov Pecherina, a student at the Institute of Medicine and Medical Technologies of NSU. The Olympiad was held in two stages – an online qualifying round and an in-person final, which Lyubov wrote at the TSU site.

    — During my school years, I actively participated in Olympiads — I won and took prizes. In my fourth year, I wanted to test my knowledge again, but in the direction of my studies at the university, that is, psychology. The result was the status of a gold medalist, that is, first place. The Olympiad tasks were really interesting, and completing them brought me considerable pleasure. I think the most difficult task was the one in which I had to read an English-language article from a scientific journal on cognitive sciences and write an abstract for it, also in English. But what I liked most was the task about the problems of the modern urban environment and the psychological consequences of living in the city, which required multidisciplinary knowledge. I was once again convinced that the main thing when solving problems in the Olympiad is not to be afraid to think and always go beyond the curriculum, to act creatively. I was amazed at such a high result. When I saw my gold medal diploma, tears came to my eyes, and I realized that all the effort I put into my studies was not wasted, says Lyubov.

    Lyubov is currently studying the characteristics of self-perception in people with autism spectrum disorders and is preparing to enter the NSU Master’s program in counseling and clinical psychology.

    — I study autism spectrum disorder, namely, what characterizes and distinguishes the perception of the surrounding world, oneself, one’s body and emotions in people with ASD from neurotypical people. In the future, I plan to enroll in a master’s program at NSU, finish and publish an article dedicated to the peculiarities of self-perception in autistic people, and, of course, take part in the Olympiad again, — Lyubov shares.

    Another gold medal winner is Alexander Tomilov, a student Faculty of Natural SciencesHe became the winner in the track “Chemistry”.

    — I have been participating in this Olympiad for the second year, because it gives an opportunity to demonstrate my knowledge and receive a reward in the form of an increased scholarship or cash prizes for medalists. This year I managed to become a gold medalist in Chemistry and a prize winner in Physics, which I am very happy about. The selection was held online, the semi-final included theoretical problems, and the final at Moscow State University was a practical course. There, it was necessary to work in a chemical laboratory: prepare solutions, carry out synthesis and analyze products. This year, the problems were closer to those we solve at the department, so I coped with them more confidently. The medal is both recognition and financial support, — says Alexander.

    Nazim Mustafin, a student of the Faculty of Natural Sciences, became a two-time bronze medalist of the Olympiad in two tracks at once: Chemistry and Biotechnology.

    — There is a qualifying round for both Olympiads, but I only wrote the chemistry qualifying round, since my diploma in biotechnology was accepted last year. The chemistry qualifying round was quite difficult, so I didn’t think I would make it to the final. However, I was lucky, — says Nazim.

    The final of the chemical track took place at Moscow State University. Nazim managed to meet friends in Moscow, visit various museums and become a prize winner.

    — Last year I won a silver medal in biotechnology and fourth place in chemistry — this year the results have shifted a little. The student track for the master’s degree is more difficult: I had to compete with graduates of the master’s degree. The final in chemistry itself was easier this year — I scored 99 points out of 100 for the practical. But in biotechnology they added a choice of problems, and it became more difficult to calculate the time correctly, — Nazim admits.

    Nazim calls participation in the Olympiad a challenge and an opportunity to earn money – there is a solid cash prize for medals. Next year, he plans to try his hand at mathematics and quantum computing.

    — I am very happy with this victory. Now the period of active study is over, so I plan to delve into the theoretical foundations of what I do in the laboratory, at the same time I am working there on a project to assemble an experimental setup, — the prize winner concludes.

    Also, a bronze medal in biotechnology was won by a student of the Faculty of Natural Sciences Anna Skotareva. This is her first participation in this track, and immediately – a prize place.

    — I have been participating in Olympiads since the first grade. At university I decided to continue — this year I tried myself in biotechnology for the first time and unexpectedly received bronze. The tasks were classic, without surprises. The topics about industrial ecology and synthetic structures turned out especially well — they are close to what I do, — Anna shares.

    In addition, Anna became the winner in the track “Ecology”. Now she studies genes associated with antibiotic resistance in prokaryotes, is interested in systems biology and bioinformatics.

    “These days it’s difficult to be a specialist in one field; you need to be able to adapt quickly,” says Anna.

    The All-Russian Olympiad “I am a Professional” is the flagship project of the presidential platform “Russia – the Land of Opportunities”. It is held with the support of the Ministry of Education and Science of the Russian Federation, more than 35 leading universities in the country and over 500 companies, including Yandex, Sber, VTB, Rosatom, Russian Railways and others.

    Congratulations to the winners and prize winners!

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

    MIL OSI Russia News

  • MIL-OSI China: China maps new healthcare blueprint for world

    Source: People’s Republic of China – State Council News

    How can people in remote and underdeveloped areas access advanced healthcare services? Can tailored medical solutions meet their unique needs? China, with such questions in mind, is boosting technological advancements to map a healthcare blueprint that benefits the world.

    Jotham Kimondo, a 35-year-old doctoral student from Tanzania, is currently studying at the University of Electronic Science and Technology of China in Chengdu, capital of southwest China’s Sichuan Province.

    Under the supervision of Wu Zhe, a professor at the university and director of the Chengdu Tianfu Jincheng Frontier Medical Equipment Research Institute, Kimondo is focusing on the design of ultrasonic medical devices.

    As a faculty member in Tanzania, Kimondo aims to learn ultrasonic instrument design and manufacturing in China to benefit his home country.

    “My research involves innovative design of ultrasonic medical instruments to monitor the pathological changes of human tissues, which is an important indication of disease. Women in Tanzania still rely on traditional methods like physician’s palpation to check for lumps in the mammary examination. This approach greatly depends on physicians’ individual experience and is not always accurate. And some women are not willing to do breast examinations,” said Kimondo.

    Kimondo added that many diseases still plague the people of Tanzania. “I want to improve healthcare in Tanzania, helping people to maintain health. If we develop more innovative ultrasonic medical equipment together in the future, it would be highly beneficial for early screening of breast diseases and other illnesses in Tanzania, especially after those devices become more convenient and cheaper, and can be better promoted across African countries.”

    At the Tianfu Jincheng Lab City of Future Medicine, over 53 registered companies related to frontier medicine have been attracted to explore the cutting edge of future medical innovation and integrated medicine.

    Recently, at the Remote Ultrasound Center of the Tianfu Jincheng institute, a doctor was talking online with another doctor at the Ultrasound Department of Chengdu Eastern New Area Second People’s Hospital, guiding the use of a portable ultrasound device on a patient’s carotid artery.

    Real-time imaging and relevant data of the ultrasound inspection were displayed on a shared screen, allowing the two doctors to communicate directly, discuss pathological conditions and give professional diagnostic results.

    “Traditional high-end ultrasound machines are expensive, costing millions. Rural residents in China’s western regions often need to seek ultrasound examinations in higher-level county hospitals,” Wu explained.

    “Our research efforts aim to enable portable ultrasound devices to be widely used in rural areas of western China for early disease screening and chronic disease management. Compared to high-end ultrasound machines, our portable device significantly lowers costs. Additionally, it is simpler and more convenient to use in grassroots hospitals,” Wu added.

    Use of this portable ultrasound device, which is the size of a smartphone, has already been implemented in over 10 health centers in eastern Chengdu — providing free carotid and thyroid screenings to more than 2,000 residents.

    With the continuous improvement of China’s industrial design and manufacturing capabilities and medical research levels, innovation in the development of medical devices is soaring. The growing recognition of Chinese medical devices in overseas markets is resulting in increasing international orders, encouraging more Chinese medical companies to go global.

    In the City of Future Medicine, an industrial park, workers at Chengdu Seamaty Technology Co., Ltd. are packing biochemical analysis reagents. This batch of goods is set to be shipped globally from Chengdu.

    This “Little Giant” firm, which refers to novel and elite small and medium-sized enterprises that specialize in a niche market, boast cutting-edge technologies and show great potential, focuses on the research and production of point-of-care testing (POCT) medical devices, and has already sold its medical products to more than 150 countries and regions worldwide.

    In its quality inspection center, hundreds of fully automated biochemical analyzers undergo pre-shipment quality checks.

    “This shipment of instruments will be sent to Europe. Last year, our company’s total sales reached 320 million yuan (about 44.6 million U.S. dollars), and in the first five months of this year, our international business has increased by 59 percent compared to the same period last year,” said Wang Bin, deputy general manager of the company, highlighting that the growth in overseas orders reflects an increasing acceptance of Chinese medical device manufacturing products in international markets.

    Innovative technologies such as 3D printing, organ-on-chip systems, nanorobots and brain-computer interfaces are advancing the scientific research applications of medical devices in China, presenting a future-oriented medical landscape.

    At Chengdu Tianqi Additive Intelligent Manufacturing Co., Ltd., personalized patient-matched medical solutions are being precisely created with 3D printing technology. It uses computer-aided design and manufacturing (CAD/CAM) modeling, and a layer-by-layer printing process, to turn virtual designs into physical products, making the envisioned design a tangible reality.

    In a modern manufacturing workshop, dozens of industrial printers operate in an orderly manner, with a laser engraver precisely etching patterns in titanium alloy powder to an accuracy of 0.01 millimeters.

    Within just a few hours, products such as patient-matched maxillofacial bone plates are printed. This seemingly ordinary industrial scene reflects significant advancements that China has made in the realm of precision medical manufacturing.

    Compared to the handmade bending of bone plates in the past, 3D printing offers a more precise, convenient, safe and stable way to create customized products.

    “We are currently conducting custom production for a case in Singapore. Engineers input patient data transmitted from the hospital into the system, and the AI algorithms aid designers in creating personalized data models for patient facial reconstruction, which are then integrally formed via metal 3D printers,” Gao Bangkui, marketing director of Chengdu Tianqi Additive lntelligent Manufacturing Co., Ltd said.

    Gao added that in the future, the company will prioritize serving the Middle East, Africa and Southeast Asia to meet the customized medical needs of countries and regions participating in the Belt and Road Initiative. 

    MIL OSI China News