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Research in Japan Shows the Way Toward Tactile and Proximity Sensing in Large Soft Robots

To make human-robot interactions safer and more fruitful, robots should be capable of sensing their environment. In a recent study, researchers from J..

Quan khanh luuDinh quang nguyenNhan huu nguyenTechnology grant numberTechnology agency precursory research for embryonic scienceJapan advanced institute of scienceRitsumeikan universityInternational conference on soft robotics robosoftInternational conference on soft roboticsLaboratory on soft roboticsJapan showsWay toward tactileProximity sensingLarge softAdvanced instituteAlphagalileo reader

MicroLED Array Film to Cover the Brain and Illuminate Specific Regions

Associate Professor Hiroto Sekiguchi of Toyohashi University of Technology’s Department of Electrical and Electronic Information Engineering, along with other collaborators developed a pliant and multipoint microLED array film.

Noriaki ohkawaHiroto sekiguchiIzumi fukunagaPrecursory research for embryonic scienceOkinawa institute of scienceTechnology graduate university sensoryToyohashi university of technologyToyohashi university of technology department electricalTechnology agencyStrategic basic research programsProfessor hiroto sekiguchiToyohashi universityElectronic information engineeringImage creditAssociate professor noriaki ohkawaDokkyo medical university

Illuminating brain with an ultra-thin, flexible, multipoint microLED array film

Illuminating brain with an ultra-thin, flexible, multipoint microLED array film
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Shuto tadaNoriaki ohkawaSusumu setogawaMasataka tsutsumiAtsushi nishikawaIzumi fukunagaRyota kandaAlexander loesingTaiki kitadeHiroto sekiguchiHayate matsuhiraPrecursory research for embryonic scienceDepartment of electricalTechnology graduate universityTechnology agencyStrategic basic research programs

Nanotechnology Now - Press Release: Development of semiconductor microchip that can detect prostate cancer markers with ultra-high sensitivity: Working toward the realization of IoT biosensors

Nanotechnology Now - Press Release: Development of semiconductor microchip that can detect prostate cancer markers with ultra-high sensitivity: Working toward the realization of IoT biosensors
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Ryoto kanamoriKazuaki sawadaKazuhiro takahashiYuko itoToshihiko nodaYong joon choiTomoya maedaScientific researchPrecursory research for embryonic scienceTechnology agencyHome press developmentToyohashi university of technologyDepartment of electricalWave incChip technologyMinistry of education

New, highly efficient catalyst for propylene production developed by Hokkaido University

/PRNewswire/ Propylene is a colourless, flammable hydrocarbon gas that is an important raw material for the production of a variety of petrochemicals. Due.

Shinya furukawaFeilong xingPrecursory research for embryonic scienceElement strategy initiativeInstitute of innovative researchTokyo institute of technologyTechnology agencyHokkaido universityInstitute for catalysisResearchers at hokkaido universityPublic relations divisionJapan society for the promotion of scienceSohail keegan pinto international public relations specialistCollaborative research projects of laboratoryCore research for evolutional scienceMinistry of education