Welcome
The gyrotron group is working on development and application researches of high-power radiation sources in the millimeter, submillimeter, and terahertz wave bands called “gyrotrons”. This frequency band is located between light and radio waves and is expected to be applied to a wide range of scientific research areas such as fundamental physics, condensed matter physics, life science, and fusion plasma measurement. This group is conducting research in close collaboration with other groups. We also conduct joint research with many universities and research institutes in Japan and abroad.
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Member
Professor TATEMATSU Yoshinori
- Research Area
Plasma Science and Engineering - Research Topics
Development of millimeter- and submillimeter-wave transmission systems
Development of submillimeter-wave gyrotron
Associate Professor
YAMAGUCHI Yuusuke
- Research Area
Radiofrequency engineering - Research Topics
Development of submillimeter-wave gyrotron
Electron beam generation and control
Senior Assistant Professor
FUKUNARI Masafumi
- Research Area
Plasma Science and Engineering - Research Topics
Development of submillimeter-wave gyrotron
Terahertz optical vortex beam generation
Millimeter-wave Discharges
News
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- Notices
- Research Results
- Awards
- Events
- Personnel
- Academic Agreements
- 2024.09.26 Research Results We have achieved continuous wave oscillation for 548 minutes at 265 GHz using the Gyrotron FU CW GV developed at the center.
- 2024.05.03 Notices The book “Beamed-mobility Engineering Wireless-power Beaming to Aircrafts, Spacecrafts and Rockets”, co-authored by Dr. Masashi Fukunari, a Senior Assistant Professor in the Gyrotron Group of FIR-UF, has been published.
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- 2024.05.03 Notices The book “Beamed-mobility Engineering Wireless-power Beaming to Aircrafts, Spacecrafts and Rockets”, co-authored by Dr. Masashi Fukunari, a Senior Assistant Professor in the Gyrotron Group of FIR-UF, has been published.
- Show more 'Notices'
- 2024.09.26 Research Results We have achieved continuous wave oscillation for 548 minutes at 265 GHz using the Gyrotron FU CW GV developed at the center.
- Show more 'Research Results'
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