Majors
Radiation Science
Accelerator & Quantum Beams
Mission
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Developing advanced accelerator and quantum beam technology including neutron, proton, electron, photon, and plasma beams.
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The quantum beams are tools for exploring deep inside of the universe and for developing new matter like quantum materials.
Lectures
Radiofrequency engineering
Advanced accelerators
Introduction to accelerator and beam physics
Laser optics
Research Area
Advanced accelerators
01
Design, development, and operation of accelerators
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Normal- and super-conducting proton accelerators
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Circular and linear electron accelerators
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Generation and application of quantum beams
Ultrafast radiation
02
Ultrafast electron camera for watching molecules
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Molecular structural dynamics study by time-resolved diffraction
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Free-electron laser and its applications
Laser produced plasma
03
Table-top accelerator technology by laser plasma
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Femtosecond solid-state and fiber lasers
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Electron and ion generation by laser plasma
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Extreme physics with intense laser beam
Neutron/X-ray scattering
04
Quantum material study with neutron/ X-ray scattering
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Multi-scale neutron and x-ray scattering techniques
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New functional quantum material synthesis
