| 90967件の発表が見つかりました。発表は出版年月日順に表示しています。（ヘルプ） | |
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| 原野 幸治. 化学と電⼦顕微鏡：分⼦科学への融合的アプローチ. 東京科学大学理学院化学系講演会. 2025 招待講演 | |
| KATSURA, Yukari, MATO, Tomoya, TAKADA, Yu, デウィ ヤナ, 小山 栄二, FUJITA, Erina, 坂本 吉宏, 斉藤 直人, 細野 史一, 田中 敦美, 熊谷 将也. LLM-assisted data curation in Starrydata: an open database of material properties extracted from published plots. TMS Specialty Congress 2025. 2025 | |
| KATSURA, Yukari. Crystal Structure Simulator: An Interactive Web Tool for Inorganic Crystal Structure Design by Assembling Atomic Delaunay Tetrahedra. 27th iCeMS International Symposium “Self-Assembly Science for Unlocking Life’s Secrets”. 2025 招待講演 | |
| イスラミヤ シュアイバトゥル, KUBOTA, Kei. INVESTIGATING THE ORIGIN OF HIGH SODIUM STORAGE CAPACITY IN HARD CARBON VIA X-RAY ABSORPTION SPECTROSCOPY. 10th International Conference on Sodium Batteries (ICNaB) 2025. 2025 | |
| TAMOGAMI, Yui, ZHANG, Wenjin, SAKAKIBARA, Ryotaro, URANO, Yuto, ナヤク サドハンシュ クマール, 中西 勇介, WATANABE, Kenji, TANIGUCHI, Takashi, KITAURA, Ryo, MIYATA, Yasumitsu. Direct CVD growth of WSe₂/WS₂ moiré superlattices on atomically-flat hBN. 第9回 表面真空学会 若手部会研究会. 2025 | |
| TETSUI, Toshimitsu, 水田和裕. Comparison of practical properties of various practical TiAl alloys for jet engine blades. THERMEC'2025. 2025 | |
| NISHIMURA, Maki, NAMIKI, Wataru, NISHIOKA, Daiki, Tohru Higuchi, TERABE, Kazuya, TSUCHIYA, Takashi. Edge-of-chaos state realized in spin-wave interference-based reservoir computing. The 8th International Conference on Memristive Materials, Devices & Systems (MEMRISYS 2025). 2025 | |
| 並木 航, 西岡 大貴, 寺部 一弥, 土屋 敬志. 非線形干渉したスピン波のその場制御を利用した高性能リザバーコンピューティング. 日本物理学会 第80回年次大会 (2025年). 2025 | |
| NISHIOKA, Daiki, KITANO, Hina, NAMIKI, Wataru, TERABE, Kazuya, TSUCHIYA, Takashi. Efficient and Multi-Timescale Neuromorphic Information Processing Achieved by Ion-Gating Modulation of Material Dynamics. The 8th International Conference on Memristive Materials, Devices & Systems (MEMRISYS 2025). 2025 | |
| NAMIKI, Wataru, NISHIOKA, Daiki, TERABE, Kazuya, TSUCHIYA, Takashi. Performance improvement of spin wave-based physical reservoir computing, achieved with coupling nonlinear interfered spin waves and visible light switching. Neuronics25. 2025 | |
