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東京工業大学12d
Imperial-Science Tokyo Global Fellows Programme
Imperial-Science Tokyo Global Fellows Programme 2025 *, a weeklong, training camp-style exchange programme bringing together Imperial and Science Tokyo doctoral students in various fields under the ...
東京工業大学1y
Japan's Technology Progress Pushes Laser Fusion Energy Closer to Commercialization Tokyo Tech and EX-Fusion Establish Collaborative Research Cluster | Tokyo Tech News | Tokyo ...
Tokyo Institute of Technology (Tokyo Tech) and EX-Fusion Inc. (EX-Fusion) have established a Collaborative Research Cluster focused on advancing liquid metal devices [1] for the realization of ...
東京工業大学1y
伝導率が世界最高のリチウムイオン伝導体が示す全固体電池設計の新しい方向性 次世代電池材料を用いた厚膜型全固体リチウム ...
（左から）菅野了次特命教授、堀智特任准教授 要点 伝導率が世界最高の固体電解質の超リチウムイオン伝導体を開発。 開発した材料を用いて電極面積あたりの容量が現行の1.8倍の厚膜正極を作製し、優れた電池特性を実証。 開発した厚膜正極と次世代電池材料として注目されているリチウム ...
東京工業大学2y
BBCube 3D: A Breakthrough in Semiconductor Integration and Data Transmission Implementing CPU/GPU and Memory in a Hybrid 3D Approach
Moreover, BBCube 3D also represents a major breakthrough in terms of the bit access energy. "Due to the BBCube's low thermal resistance and low impedance, the thermal management and power supply ...
東京工業大学1y
超高速イオン伝導と高安定性を示す低環境負荷材料を創製し、新しい伝導機構を解明 新イオン伝導体・燃料電池・センサー等の ...
要点 従来の材料より175倍高い酸化物イオン（O2−）伝導度を持つBa7Nb3.8Mo1.2O20.1を創製 新材料は高いプロトン（H+）伝導度、高い安定性、希土類や鉛を含まないこと、低い焼結温度という低環境負荷といった特徴も持つ バケツリレー型超高速酸化物イオン伝導などの、新しいイオン伝導機構を ...
東京工業大学2y
Efficient Carbon Dioxide Reduction under Visible Light with a Novel, Inexpensive Catalyst | Tokyo Tech News | Tokyo Institute of Technology - 東京工業大学
The carbon dioxide (CO 2) released into the atmosphere during fossil fuel burning is a leading cause of global warming.One way to address this growing threat is to develop CO 2 reduction technologies, ...
東京工業大学1y
Toward Sustainable Energy Applications with Breakthrough in Proton Conductors | Tokyo Tech News | Tokyo Institute of Technology - 東京工業大学
Donor doping into a mother material with disordered intrinsic oxygen vacancies, instead of the widely used strategy of acceptor doping into a material without oxygen vacancies, can greatly enhance the ...
東京工業大学1y
Towards Realizing Eco-Friendly and High-Performance Thermoelectric Materials | Tokyo Tech News | Tokyo Institute of Technology - 東京工業大学
1 Research Center for Element Strategy, International Research Frontiers Initiative, Tokyo Institute of Technology, Japan. 2 Research Center for Magnetic and Spintronic Materials, National Institute ...
東京工業大学2y
New and Improved Multi-Band Operational Receiver for 5G New Radio Communication | Tokyo Tech News | Tokyo Institute of Technology - 東京工業大学
An ultra-wide-band receiver based on a harmonic selection technique to improve the operational bandwidth of 5G networks has been developed by Tokyo Tech researchers in a new study. Fifth generation ...
東京工業大学2y
100 kW hydrogen fuel cell - digital twin in operation - using green hydrogen and waste plastic hydrogen
The Tokyo Tech InfoSyEnergy Research and Education Consortium, the Tokyo Tech Academy of Energy and Informatics (Head of Consortium and Academy Director Manabu Ihara, Prof.), and several companies ...
東京工業大学1y
From Defects to Order: Spontaneously Emerging Crystal Arrangements in Perovskite Halides | Tokyo Tech News | Tokyo Institute of Technology - 東京工業大学
A new hybrid layered perovskite featuring elusive spontaneous defect ordering has been found, report scientists at Tokyo Tech. By introducing specific concentrations of thiocyanate ions into FAPbI 3 ...
東京工業大学10mon
A Deep Dive into Polyimides for High-Frequency Wireless Telecommunications Measurements of polyimides' dielectric properties could accelerate the development of 6G technologies ...
As 5G technologies continue to evolve, scientists and engineers are already exploring new ways to turn things up a notch for 6G. One of the biggest challenges to address in both 5G and 6G is the many ...