Friday, 11 December 2020 Today the Norwegian Minister of Petroleum and Energy, Tina Bru, announced an investment of 120 million NOK (€11.3 million) in a new wind power research center in Norway. The NorthWind research centre will be at the cutting edge, working on innovations to make wind power cheaper, more efficient, and more sustainable. One of the centre’s main priorities will be offshore wind research. Equinor Hywind Scotland offshore wind farm. (Øyvind Gravås/Equinor)
“Rapid growth in offshore wind power internationally offers great opportunities for Norwegian businesses. Research and development is crucial to secure lower costs, less environmental impact and improved operating models for such projects. I believe a longterm research centre with industry partners, the research community and the government will contribute to further development of offshore wind power in Norway,” said Tina Bru, Norway s Petroleum and Energy Minister.
«Надо дорабатывать, наверное»: Путин высказался о расследовании убийства Немцова, 11 декабря 2020 – аналитический портал ПОЛИТ РУ
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Не для галочки, а по зову сердца: «Добровольцем России-2020» стал екатеринбуржец, собравший 130 тонн одежды
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IMAGE: An electrical current excites the superposition of two magnons with linear polarization (indicated by the red and blue arrows). Subsequently, energy is transported through the antiferromagnetic insulator. This can be. view more
Credit: Ill./©: Andrew Ross, JGU
Be it with smartphones, laptops, or mainframes: The transmission, processing, and storage of information is currently based on a single class of material - as it was in the early days of computer science about 60 years ago. A new class of magnetic materials, however, could raise information technology to a new level. Antiferromagnetic insulators enable computing speeds that are a thousand times faster than conventional electronics, with significantly less heating. Components could be packed closer together and logic modules could thus become smaller, which has so far been limited due to the increased heating of current components.