プレスリリース
2025.08.07
セルロースナノ粒子で高性能電界効果型トランジスタを開発…(小野崇人 教授 )
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Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
Tohoku University “Mechanical Engineering” is a place to challenge research for human happiness and the future in the world's best environment. We create tomorrow's affluence with free ideas.
受賞
2023.11.15
吉田研究室の学生、Warley Ribeiro博士(同研究室後期博士課程修了)、宇野健太朗助教、吉田和哉教授らの研究成果が、ICRA2023にて2つの賞を受賞しました。同論文では、微小重力環境における脚型ロボット反力低減制御手法を提案しています。
・国際会議名:
IEEE International Conference on Robotics and Automation (ICRA 2023)
・受賞名:
-ICRA 2023 Outstanding Locomotion Paper Finalist (Webpage: ICRA 2023 Outstanding Paper Awards and Finalists)
-IEEE RAS Japan Joint Chapter Young Award (ICRA2023) 2023年5月29日
・受賞者および受賞論文:
Warley F. R. Ribeiro, Kentaro Uno, Masazumi Imai, Koki Murase, Kazuya Yoshida, “RAMP: Reaction-Aware Motion Planning of Multi-Legged Robots for Locomotion in Microgravity,” Proceedings of the IEEE International Conference on Robotics and Automation (ICRA 2023), pp. 11845–11851, 2023.
・関連YouTube動画:
RAMP: Reaction-Aware Motion Planning of Multi-Legged Robots for Locomotion in Microgravity
プレスリリース
2025.08.07
セルロースナノ粒子で高性能電界効果型トランジスタを開発…(小野崇人 教授 )
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プレスリリース
2025.08.04
内在性機能と外来性機能を併せ持つ人工酵素を開発…(馬渕 拓哉 准教授)
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トピックス
2025.08.04
月面探査の未来を担うモジュラー型AIロボットの愛称が「つきかけ」に決定
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受賞
2025.08.01
深見 開 准教授 (航空宇宙工学専攻) 2024 JFM Outstanding Reviewerに選出(2025年7月30日)
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報道
2025.08.01
大野研究室・山中涼丞さん(M1)、岡田佳都 准教授、田所諭 特任教授らの研究関連記事が日刊工業新聞に掲載(2025年7月17日)
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