معرفی
Professor Masashi KATO serves at Nagoya Institute of Technology within the Electrical and Electronic Engineering Program under the Graduate School of Engineering. His research focuses on semiconductor materials engineering, particularly wide-bandgap semiconductors like silicon carbide (SiC) for power electronics and artificial photosynthesis applications.
His research interests center on Semiconductor Physics and Defect Engineering, with specific expertise in SiC power device reliability, carrier lifetime control, ion implantation techniques, and hydrogen production technologies. His work bridges fundamental materials science with practical applications in power electronics and renewable energy systems.
Professor KATO's recent publications demonstrate strong trends in SiC defect characterization and recombination control, with significant contributions to understanding stacking fault suppression, surface passivation, and photocarrier dynamics. His research spans both fundamental semiconductor physics and applied energy conversion technologies.
- 46th (2024) Japan Society of Applied Physics Paper Award
- Nagai Technology Award (2021)
- Multiple Outstanding Reviewer Awards from IOP Publishing journals
- Minister of Education Award for Public Understanding Promotion
He actively serves on numerous technical committees including ICSCRM2025/2026, SSDM2025, and as Program Committee Chair for the Japan Society of Applied Physics. His industrial property rights portfolio includes multiple patents related to SiC photoelectrodes and hydrogen production devices. Professor KATO maintains strong international collaborations, particularly with Lithuanian institutions, and serves as Principal Investigator for research projects dating back to 2000.
