iCan’16国内予選で優勝しました!
田畑研のM1学生チーム(TBT)がiCan’16国内予選で優勝しました. iCanはMEMSデバイスを用いたアプリケーションを提案し,試作した成果を競う国際コンテストです.今回の国内予選では15チームが1次審査(書類審査)を突破 […]
田畑研のM1学生チーム(TBT)がiCan’16国内予選で優勝しました. iCanはMEMSデバイスを用いたアプリケーションを提案し,試作した成果を競う国際コンテストです.今回の国内予選では15チームが1次審査(書類審査)を突破 […]
土屋准教授が公益財団法人JKAの平成28年度機械振興補助事業の研究補助の内定をいただきました.テーマは「低温熱電子発電のためのシリコンナノギャップ電気伝導特性測定評価」です.関連の研究紹介はこちら.
Member list update. Research topics added.
DNA origami is increasingly attractive for the construction of large scale architecture that can arrange a variety of na […]
DLC (Diamond Like Carbon) film is one of the promising coating material in MEMS industry deal to its many desirable pro […]
MEMS device needs to be enhance its functionality by integration of a wide variety of nano-material such as metal nanopa […]
Adaptive optics is a significant device that corrects the wavefront aberrations. This system is composed of deformable m […]
Inspection light of funduscopy is warped by distortion of eyeball. So deformable mirrors (DMs) to correct light instantl […]
In order to shorten a testing time for evaluation of tensile-mode fatigue properties of single crystal silicon, we have […]
Understanding of high-temperature mechanical property is necessary for the reliability of MEMS in harsh environments. Si […]
Silicon is a standard material of MEMS. Since MEMS devices need mechanical deformations for their operations, evaluation […]
DNA origami that is the way to make nano-scale structure has some characteristics, arranging nano-material on DNA origam […]