プレス発表:超高性能熱スイッチ
北海道大学プレスリリースへのリンク
日本語版
ありふれた材料で超高性能熱スイッチを実現~熱制御デバイス実用化に向けた開発を加速~(電子科学研究所 教授 太田裕道)
英語版
Revolutionizing Heat Management with High-Performance Cerium Oxide Thermal Switches
報道一覧
[1] “北大,安価で普遍的な材料で超高性能熱スイッチ実現”, OPTRONICS ONLINE (January 6, 2025)
[2] “酸化セリウムを使った高性能熱スイッチを開発――熱伝導率切り替え幅が倍増 北海道大学”, fabcross for エンジニア (January 7, 2025)
[3] “北大、安価な材料で従来の2倍以上も高性能な「熱スイッチ」を開発”, マイナビニュース (January 7, 2025)
[4] “北大、安価な材料で従来の2倍以上も高性能な「熱スイッチ」を開発”, Mapionニュース (January 7, 2025)
[5] “北大、安価な材料で従来の2倍以上も高性能な「熱スイッチ」を開発”, Biglobeニュース (January 7, 2025)
[6] “酸化セリウムを活用し超高性能熱スイッチを開発 今後は「熱ディスプレイ」を試作”, MONOist (January 8, 2025)
[7] “Hokkaido University Develops Cerium Oxide Thermal Switches”, Asia Education Review (January 3, 2025)
[8] “Japanese Scientists Innovate Thermal Switches with Sustainable New Material”, SLSV Sustainability Solutions Network (January 2, 2025)
[9] “Japanese scientists use novel material to make thermal switches efficient, sustainable”, Interesting Engineering (January 1, 2025)
[10] “Cerium Oxide Switches Boost Heat Management”, Mirage (January 2, 2025)
[11] “Cerium Oxide Switches Transform Heat Management”, Mirage (January 2, 2025)
[12] “Transforming Thermal Control: Breakthrough Cerium Oxide Thermal Switches Set New Standards in Heat Management”, Scienmag (January 1, 2025)
[13] “Transforming Thermal Control: Breakthrough Cerium Oxide Thermal Switches Set New Standards in Heat Management”, Bioengineer (January 1, 2025)
[14] “Sustainable and Efficient Thermal Switching with Cerium Oxide Thin Films”, AZO materials (January 2, 2025)
[15] “Durable, Efficient, Sustainable: The Rise of Cerium Oxide Thermal Switches”, Innovations Report (January 2, 2025)
[16] “Langlebig, Effizient, Nachhaltig: Der Aufstieg von Ceriumoxid-Thermoschaltern”, Innovations Report (January 2, 2025)
[17] “High-performance cerium oxide thermal switches improve heat flow control”, Tech Xplore (January 2, 2025)
[18] “Advancements In Cerium Oxide Thermal Switches”, Electronics For You (January 3, 2025)
[19] “Les switches thermiques au cérium établissent de nouveaux records de performance”, Enerzine (January 5, 2025)
[20] “Revolutionizing Heat Management with High-Performance Cerium Oxide Thermal Switches”, Asia Research News (January 1, 2025)
[21] “Japanese Scientists Innovate Thermal Switches with Sustainable New Material”, Indian Defense Review (January 1, 2025)
[22] “Game-Changing Thermal Switches Boost Energy Efficiency”, SciTechDaily (January 2, 2025)
[23] “Revolutionary Thermal Switches: The Future of Energy Efficiency! Is Your Energy Going to Waste?”, Naseba (January 1, 2025)
[24] “High-performance cerium oxide thermal switches improve heat flow control”, GROUND News (January 3, 2025)
[25] “Revolutionary Cerium Oxide Thermal Switches Pave the Way for Sustainable Energy Efficiency”, Innovation Laboratories (January 3, 2025)
[26] “Japanese Researchers Introduce Thermal Switches Using Eco-Friendly Cerium Oxide”, Industry Tap (January 6, 2025)
[27] “北大、全固体熱スイッチの切り換え幅2倍 酸化セリウムで熱伝導性増減”, 日刊工業新聞 (January 13, 2025)
[28] “熱ディスプレー実現へ…北大、全固体熱スイッチの切り換え幅2倍”, ニュースイッチ(日刊工業新聞)(January 14, 2025)
[29] “熱ディスプレー実現へ…北大、全固体熱スイッチの切り換え幅2倍”, Yahoo! JAPANニュース (January 14, 2025)
[30] “熱ディスプレー実現へ…北大、全固体熱スイッチの切り換え幅2倍”, gooニュース (January 14, 2025)
[31] “熱ディスプレー実現へ…北大、全固体熱スイッチの切り換え幅2倍”, dmenuニュース (January 14, 2025)
[32] “ありふれた材料で「高性能熱スイッチ」を開発 熱制御デバイスの実用化に弾み”, EE Times Japan (January 15, 2025)
[33] “北大など、市販材料で高性能熱スイッチ 希少金属不要”, NIKKEI Tech Foresight (January 21, 2025)
[34] “北海道大学の研究、熱スイッチ技術の革新で未来の製造業を照らす”, newji 製造業トピック (January 22, 2025)