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Reseach
People cannot live without modern technologies. These technologies had been rapidly developed during 20th century based on established fundamental science. (Semiconductor would not be so fantastic without quantum mechanics.) Physics department prepare a variety of research fields, from Elementary Particle, through Condensed Matter to Universe. “What is this made of ? ” or “ What is the most fundamental element ? “ are eternal questions people have been asked by themselves since Greek era. and still hot topics to elementary particle physics/hadron physics as well as to astrophysics which is tightly connected to elementary particles. Quantum mechanics have enabled us to understand various nature of material such as magnetism, electronics, superconductivity, and so on and still show us very strange phenomena of condensed matter. While it holds unsolved mystery illustrated by the Shrodinger’s cat paradox in itself and still to be a theme of modern physics.
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GROUP
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NAME
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FIELD
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| Particle Theory |
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| Aoki, Hajime（P) |
String Theory, Field Theory |
| Cosmology |
Funakubo, Koichi（P) |
Quantum Field Theory, Astrophysics,
Particle Theory
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| Takahashi, Tomo（AP) |
Particle Cosmology |
| Hadron Physics |
Kouno, Hiroaki（P) |
Theoretical Physics, Nuclear Theory |
| Tachibana, Motoi（AP) |
Hadron Physics |
| High Energy Physics |
Sugiyama, Akira（P) |
High Energy Physics |
| Fusayasu, Takahiro （AP) |
High Energy Physics |
| Condensed Matter Physics
|
Zheng, Xu-Guang（P) |
Condensed Matter Physics,
Materials Science, Superconductivity
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| Maki, Makoto（AP) |
Superconductivity |
| Ishiwata, Yoichi（AP) |
Condensed Matter Physics, Nanoscience |
| Yamauchi, Ichihiro（AP) |
Condensed Matter Physics, Magnetism |
| Ultra-high Pressures |
Okayama, Yasushi（AP) |
Solide State Physics, Magnetism |
Electron
Interferometry
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| Endo, Takasi（P） |
Quantum Optics,
Electron Interferometry
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| All Rights Reserved, Copyright (c)2007,Department of Physics,Graduate School of Science and Engineering,The University of Saga |
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