Plasma and laser processing using the advantage of ionized gas dynamics can potentially cause a variety of unique physical/chemical interactions, and is widely used as one of the advanced technologies for supporting sustainable society in various research fields such as electronics, material science, and environmental science. Our group tries to develop next generation technologies by application of plasmas and lasers. These include spectroscopic characterization of optical/electronic device systems, development of new-type optical sources, decomposition of environmental pollutants, development of electronic materials and devices operable under harsh environments, and development of biomedical materials and devices compatible with the human body.
Member
The Main Research Topics
Study of plasma and laser processing by laser diagnostics
Non-contact measurement of temperature/strain of semiconductor devices
Field emission devices using nanostructured materials
Diodes and capacitors using wide band gap semiconductors for high temperature condition