指の感覚を阻害せずに動作を計測するナノメッシュ圧力センサー https://t.co/NaSjsw2cr7 S.Lee et al., Nanomesh pressure sensor for monitoring finger manipulation without sensory interference, Science, 370, 966-970(2020) (38/100)
An imperceptible thin-film sensor to record movement and the sense of touch https://t.co/3BwDSdPb1Q https://t.co/h2a43otEqx https://t.co/0OofDFdElm https://t.co/5yDDCJAb85
RT @GordonCheng9: A paper on our collaboration with @UTokyo_News_en, great job Sunghoon Lee and Takao Someya, plus @TU_Muenchen's team @fra…
A paper on our collaboration with @UTokyo_News_en, great job Sunghoon Lee and Takao Someya, plus @TU_Muenchen's team @franklin_lab, @RazWazziLeib and especially Sae Franklin.
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
For #BackTo1896
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of artificial skin so that it more resembles the capabilities of human skin. ($) ➡ https://t.co/JdAp1uOy02 ➡ https://t.co/R8QvhWO6sK https
RT @NEOdotLIFE: A group at the University of Tokyo has developed a new nanomesh pressure sensor that can be worn to monitor finger pressure…
A group at the University of Tokyo has developed a new nanomesh pressure sensor that can be worn to monitor finger pressures and manipulations without disturbing the associated touch sensation. /1 https://t.co/JTygKjj48K
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
RT @ScienceMagazine: Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of…
Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of artificial skin so that it more resembles the capabilities of human skin. ($) ➡ https://t.co/y8lDMqyqHy ➡ https://t.co/TARJIlB48W
Two new studies introduce materials that improve the capabilities of electronic “touch,” boosting the multimodality of artificial skin so that it more resembles the capabilities of human skin. ($) ➡ https://t.co/JdAp1uOy02 ➡ https://t.co/R8QvhWO6sK https
感覚干渉なしに指の操作を監視するためのナノメッシュ圧力センサー https://t.co/uP8WBp0EY3 https://t.co/emS7h3RFaP #サイエンス誌
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
Smart utilization of mesh structure for force measurement. https://t.co/k1FVUMh3vw
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @BionicsQld: Nanomesh pressure sensor for monitoring finger manipulation without sensory interference https://t.co/HqcYHimkps
Nice!
This is so cool! Wish we could have those in lab @slimanjbensmaia
RT @BionicsQld: Nanomesh pressure sensor for monitoring finger manipulation without sensory interference https://t.co/HqcYHimkps
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
The easy way now to study fine motor skills? @franklin_lab # TUM
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
It was such a great experience being part of this project! Amazing technology to study grip force control
RT @franklin_lab: Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collabo…
Super excited to share our work on a new nanomesh sensor to measure grip force without affecting sensation. A big collaborative project with the Someya Lab from U Tokyo (led by Sunghoon Lee), and Sae Franklin @RazWazziLeib and Gordon Cheng from TUM. https
E-skin: Nanomesh pressure sensor for monitoring finger manipulation without sensory interference https://t.co/swE1se6jx1
2020年11月20日【科学技術振興機構】『極薄のスキン圧力センサーで指がモノに触れたときの接触圧を計測|敏感な指先に直接貼り付けても皮膚感覚に影響がないことを実証』が公開 東京大学 工学系研究科 講師 李成薫 ら ミュンヘン工科大学 と https://t.co/0cScI9cG4i https://t.co/mDLBwBtdWW
染谷先生のグループの発表(Science)。極薄膜(13um程度)で容量型の圧力センサ。匠の技を伝承といったコンセプトが面白い! https://t.co/AUoleidcWt
In the same issue, Prof. Someya (my PhD advisor) also published a paper about flexible/stretchable electronics. Congratulations, Sunghoon-san! https://t.co/Y1MGIzysyU
Nanomesh pressure sensor for monitoring finger manipulation without sensory interference https://t.co/HqcYHimkps