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Researchers develop a redox-based transistor as a reservoir system for neuromorphic computing

Researchers develop a redox-based transistor as a reservoir system for neuromorphic computing
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Tohru higuchiTomoki wadaKazuya terabeTakashi tsuchiyaDaiki nishiokaNational institute for materials scienceTokyo university of scienceIntelligent systemsTokyo universityAdvanced intelligent systemsAssociate professor tohru higuchiNational instituteMaterials scienceBased ionGating reservoirUtilizing double reservoir states

Tokyo Scientists Unveil Solid-State Battery Breakthrough

Researchers at Tokyo University of Science have achieved a two-order improvement in the response speed of solid-state batteries.

Takashi tsuchiyaTohru higuchiBrian westenhausKazuya terabeMakoto takayanagiNational institute for materials scienceProfessor at tokyo university of scienceTokyo university of scienceTokyo universityAssociate professorNational instituteMaterials scienceNew energySolid state batteries

Tokyo Scientists Unveil Solid-State Battery Breakthrough

Tokyo University of Science researchers demonstrated unprecedented control of response speed by over two orders of magnitude in a solid state batt.

North seaOceans generalBrian westenhausMakoto takayanagiKazuya terabeTohru higuchiTakashi tsuchiyaNational institute for materials scienceProfessor at tokyo university of scienceTokyo university of scienceSea oil production could fallTokyo universityMaterials todayAssociate professorNational instituteMaterials science

Improving Charging Characteristics in All-Solid-State Devices

It is vital to develop all-solid-state batteries to accomplish carbon neutrality. However, because of their high surface resistance, these batteries have low output, restricting their applications.

Tohru higuchiTakashi tsuchiyaMakoto takayanagiSkyla bailyKazuya terabeSemiconductors industryJapan national institute for materials scienceTokyo university of scienceAssociate professorTokyo universityIndustry focusNational instituteMaterials today

Artificial Retinal Device Mimics Human Optical Illusions: WPI-MANA

/PRNewswire/ A team at the International Center for Materials Nanoarchitectonics (WPI-MANA) has developed the first-ever artificial retinal device that.

Tohru tsuruokaKazuya terabeDevices groupNanoionic devices groupResearch highlights volGroup leaderNational institute for materials scienceInternational centerMaterials nanoarchitectonicsChief researcherNational instituteMaterials scienceInternational center for materials nanoarchitectonics wpi manaAtional institute for materials science nimsHealth care amp hospitalsMedical equipment