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Progress in New Perovskite-Type Ferroelectric Materials

Progress in New Perovskite-Type Ferroelectric Materials
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Japan generalKimitoshi muraseYoshiyuki inagumaKazuki shitaraHiroki moriwakeToru kawamataAyako yamamotoKazumasa sugiyamaTakeru satoKazuchika okura memorial foundationTohoku universityJapan fine ceramics centerInstitute of solid state physicsUniversity of tokyoShibaura institute of technologyInstitute for materials research

Flexible Sensor Accurately Measures Fine Finger Movements

Researchers from the Shibaura Institute of Technology have developed a device using a flexible tactile sensor to assess fine finger movements.

Ryunosuke asahiShunsuke yoshimotoHiroki satoUniversity of tokyoOsaka universityShibaura institute of technologyShibaura instituteSensor accurately measures fine finger movementsObjective assessmentFine motor skills using tomographic tactileProfessor hiroki satoElectrical impedance tomographyFunctional dexterity test

EIT-Based Sensor Revolutionizes Fine Motor Skills Assessment

EIT-Based Sensor Revolutionizes Fine Motor Skills Assessment
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Hiroki satoShunsuke yoshimotoRyunosuke asahiUniversity of tokyoShibaura institute of technologyOsaka universityProfessor hiroki satoShibaura instituteFunctional dexterity test

EIT-based tactile sensor provides new approach to fine motor skills assessment

Fine motor skills play a crucial role in human cognition, influencing everything from daily activities to the development of advanced tool-based civilizations. Yet, quantifying and evaluating these skills objectively has .

Hiroki satoShunsuke yoshimotoRyunosuke asahiUniversity of tokyoShibaura institute of technologyOsaka universityProfessor hiroki satoShibaura instituteFunctional dexterity testPinching motion classification method usingBased tactile sensor

Novel Deposition Method Provides Clarity on Perovskite Hydrides

In a new study published in ACS Applied Energy Materials, researchers from Shibaura Institute of Technology tackle the challenge of measuring perovskite hydrides' intrinsic hydride-ion conductivity using a unique laser deposition process in an H-radical atmosphere.

Hiroyuki oguchiKota munefusaTakayuki haradaFumiya moriLaura thomsonErika fukushiCollaboration center promotion programDepartment of regional environment systemsChallenging exploratory researchShibaura institute of technologyJapan society for the promotion of scienceNational institute for materials scienceEnergy materialsTechnology agencySchool of engineeringShibaura institute