• December 27 Daily S&T Trendletter

    Category:daily
    Date: 27.12.2023
    131

    • A new generation plasma physics research facility has been developed in Russia

     

    Specialists of the Budker Institute of Nuclear Physics (INP) SB RAS have developed a preliminary design of an installation for studying plasma physics of a new generation – a gas-dynamic multi-test trap (GDML), the construction of which is planned for 2025-2030 and is estimated at almost 10.5 billion rubles. Physicists plan to bring the plasma temperature to 150 million degrees
    Source: TASS

     

    • Private companies in the Russian Federation are ready to invest in the space sector – Prime Minister

     

    Mishustin noted that in order to involve entrepreneurs in this work, it is necessary to update the regulatory framework, establish transparent rules for interaction between the state and business, and reduce regulatory barriers.
    Source: RIA

     

    • Russia will launch a program of preferential leasing of UAVs of domestic production in 2024

     

    To do this, the Russian Government will invest 2.5 billion rubles in the field of civilian unmanned aerial vehicles of domestic production. The money will be received by GTLK company from the Yamalo-Nenets Autonomous Okrug. The leasing rate will range from 3.5% to 8.5% per annum without advance payments from the lessee company.
    Source: CNews

     

    • To develop lithographs necessary for the production of chips, USSR synchrotron will be restored in Russia

     

    The cost of the project is about 500 million rubles. To create a complex from scratch would cost about 10 billion rubles today. Financing for the creation of domestic microelectronics production technology will be provided from various sources — from the Ministry of Industry and Trade of Russia, the Kurchatov Institute and the government of Moscow.
    Source: CNews

    • Russian scientists have created heterostructures for magnonics — spin electronics

     

    Scientists at Saratov National Research State University (SSU) have developed magnetic heterostructures for devices that will work on the principles of magnonics. Such devices will be able to replace traditional semiconductor electronics in the future. The results of the study are published in the Journal of Magnetism and Magnetic Materials.
    Source: RT

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