The 70th JSAP Spring Meeting 2023
Highlighted Presentations
Ultra‐compact, highly sensitive gas chromatograph that can perform “air patrol” of a plantKazushi YamanakaBall Wave Inc.April 18, 2023
World's First New Technology to Reduce Patient Burden Using High‐Performance Hybrid Semiconductor Pixel Detector with Thallium BromideHidenori ToyokawaJapan Synchrotron Radiation Research InstituteApril 18, 2023
Established a new method for observing and evaluating ferroelectric properties of next‐generation memory material, such as hafnia‐based ferroelectricsHirokazu FujiwaraISSP, Univ. of TokyoApril 18, 2023
Plasma process essential for large‐scale integrated circuits to measure 3D spatial distribution of electron temperature and electron densityYuya YamashitaTokyo Institute of TechnologyApril 18, 2023
Next‐generation machine learning technology reservoir computing demonstrated in an image recognition task that is close to real‐world applicationsKohki WatanabeTohoku UniversityApril 18, 2023
Nanocrystals produce a transistor with new junctionsKatsuhiro TomiokaResearch Center for Integrated Quantum Electronics (RCIQE), Graduate School of Information Science and Technology, Hokkaido UniversityApril 18, 2023
Ultraviolet LEDs Enable Future “Sterilization and Disinfection Devices”Kenjiro UesugiOrganization for Research Initiative and Promotion, Mie Univ., Graduate School of Regional Innovation Studies, Mie Univ.April 18, 2023
Demonstration of a new purification technology for deuterium using grapheneSatoshi YasudaResearch group for surface and interface science, Advanced science research center, Japan Atomic Energy AgencyApril 18, 2023
Selective‐area growth to produce high‐quality rutile‐type oxide semiconductors for the development of next‐generation power devicesHitoshi TakaneKyoto UniversityApril 18, 2023
Demonstrating the potential of spin‐wave‐generating devices for high‐performance physical reservoir computingRyosho NakaneGraduate School of Engineering, The Univ. of TokyoApril 18, 2023
The next generation of solar cells, “tandem solar cells,” are accustomed to 1000 h of light durabilityMiyuki ShiokawaToshiba Energy Systems & Solutions Corporation / Toshiba CorporationApril 18, 2023
Dielectric metasurfaces realize
Image sensing more than human eyesMasashi MiyataNTT Device Technology LaboratoriesApril 18, 2023
Toward Carbon Neutrality Development of high‐efficiency Cu2O/Si tandem solar cellAtsushi WadaToshiba Corporate Research & Development CenterApril 18, 2023