MEMBERS
This Research Center aims to establish the microscopic experimental method under multiple extreme conditions, by deploying an organically and cross-cutting joint research among four laboratories; Low-Temperature Physics and Superconductivity, Quantum Magnetism, Chemical Physics under Extreme Conditions, and X-ray Optics, of the Graduate School of Material Science.
Low temperature Physics and Superconductivity |
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- Prof. Akihiko Sumiyama
"Tunneling effect in non-s-wave superconductors"
- Associate Prof. Akira Yamaguchi
"Study of low-temperature quantum phenomena in condensed matter systems"
- Assistant Prof. Ikuto Kawasaki
"Electronic states of f-electron systems"
- Prof. Hisao Kobayashi
"Development and application of nuclear resonant scattering experiment under multi-extreme conditions"
- Assistant Prof. Shugo Ikeda
"Development and application of nuclear resonant scattering experiment under multi-extreme conditions"
Chemical Physics under Extreme Condition |
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- Prof. Yuichi Akahama
"X-ray diffraction and Raman scattering studies under high pressure"
- Assistant Prof. Hiroshi Fukui
"X-ray Raman scattering and X-ray inelastic scattering studies under high pressure"
- Prof. Yoshihito Tanaka
"Ultrafast time-resolved X-ray diffraction"
- Assistant Prof. Takayuki Hasegawa
"Ultrafast photophysics in semiconductor"
- Prof. Yasushi Kagoshima
"Development of X-ray microscopes and their applications"
- Associate Prof. Yoshiyuki Tsusaka
"Studies of Microstructure of Electronic Device Materials"
- Assistant Prof. Hidekazu Takano
"Development of X-ray microscopes and their applications"
Prof. Kobayashi (Quantum Magnetism Laboratory), Prof. Akahama (Chemical Physics under Extreme Conditions Laboratory), and Prof. Sumiyama (Low-Temperature Physics and Superconductivity Laboratory) are primarily responsible for the area of the thermodynamic limit and Prof. Tanaka (Solid State Photophysics Laboratory) and Prof. Kagoshima (X-ray Optics Laboratory) are for the area of temporal and spatial limit.
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