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Theoretical Group: Modeling Self-Organization Systems
[Group members]
| Group leader |
| Maeda Kei-ichi |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Sub-leader |
| Tasaki Syuichi |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
|
| Wako Hiroshi |
Division of Global Society, Graduate School of Social
Sciences |
| Yamada Shoichi |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Nakazato Hiromichi |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Takano Masatoshi |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Tsutsumi Masayoshi |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Otani Mitsuharu |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Kurihara Susumu |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Ohba Ichiro |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Yamazaki Yoshihiro |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
| Takano Mitsunori |
Division of Pure and Applied Physics,
Graduate School
of Science and Engineering |
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Research goals
To challenge conventional ‘understanding’ self-organizing
systems encompassing biological organisms, substances and space, and to
pursue a universality that physics should have in rerum natura.
Research themes (collaborating teaching staff in parentheses)
| Maeda Kei-ichi |
*Relativistic space, and evolution of dynamical systems
and gravity waves (Yamda, Aizawa)
*Physics of gravitating many-body systems and structure
formation (Aizawa, Tasaki, Yamazaki)
*Physics of early space and original fluctuations (Ohba,
Nakazato, Kurihara) |
| Tasaki Syuichi |
*Understanding and controlling essential inhomogeneous
states (Terasaki, Chiba, Uesu, Maeda, Katsufuji, Yamazaki)
*Retrieval of novel thermoelectric effect using ratchet
structures (Terasaki, Kurihara, Katsufuji)
*Understanding and application of mesoscale thermodynamics
(Terasaki, Ishiwata, Funatsu) |
| Aizawa Yoji |
*Probability resonance and cooperative effects of
actomyosin systems as an active element in the system
of sets (Ishiwata, Funatsu)
*Research on the level dynamics of chaos in quantum
mechanics (Ohba, Tasaki)
*Neural network model of motion and real-time recognition
(Hashimoto, Ukai) |
| Wako Hiroshi |
*Research on the statistical mechanics and dynamic
structure of protein structure (Ishiwata, Funatsu,
Aizawa ) |
| Yamada Shoichi |
*Physical properties in strong magnetic fields and
relativistic unusual objects (Maeda, Kurihara, Daishido,
Takano) |
| Nakazato Hiromichi |
*Research on basic quantum theory and quantum hierarchical
structure (Tasaki, Kurihara, Ohba, Ohtani) |
| Takano Masatoshi |
*Research on many-body problems in fermion systems
with strong inter-particle correlation (Ohba, Nakazato,
Kurihara) |
| Tsutsumi Masayoshi |
*Pattern formation across living organisms,
materials, and space
(Tasaki, Otani) |
| Otani Mitsuharu |
*Pattern formation across living organisms,
materials, and space
(Tasaki, Tsutsumi) |
| Kurihara Susumu |
*Macroscopic quantum phenomena of neutral atom systems
(Nakazato, Tasaki) |
| Ohba Ichiro |
*Hadronic matter and quark-gluon plasmas at extreme
conditions (Nakazato, Takano)
*Chaos in dissipative systems and classical-quantum
correspondence (Aizawa, Tasaki)
*Quantum chaos and quantum transport in mesoscopic
systems (Aizawa, Tasaki) |
| Yamazaki Yoshihiro |
*Pattern formation on nonequilibrium systems
(Tasaki, Tsutsumi, Otani) |
| Takano Mitsunori |
*Research on the statistical mechanics and dynamic
structure of protein structure
(Wako, Ishiwata, Aizawa) |
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