Computer simulations: from fast algorithms to the understanding of quantum systems
Computer simulations provide powerful means of solving various problems in science and engineering. Computational mechanics is one of such approaches which, along with theoretical and experimental mechanics, investigates mechanical phenomena efficiently. This division develops various approaches of the Boundary Integral Equation Method (BIEM), which is one of major techniques of computational mechanics and is considered suitable for the analyses of phenomena such as waves, fracture, etc. We are currently interested in fast BIEMs and their applications to large scale problems.
In addition, this division researches the exotic quantum phenomena of condensed-matter systems by large scale numerical simulations and develops new numerical techniques for quantum systems: Loop algorithm, Quantum extended ensemble method, etc.
MEMBER
| POST | NAME | WEB | |
|---|---|---|---|
| Professor | Naoshi NISHIMURA |  |  |
| Lecturer | Hitoshi YOSHIKAWA | |
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| Assistant Professor | Kenji HARADA | | |
| Secretary | Kyoko UEDA | |
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| D3 | Kazuki NIINO | ||
| M2 | Tomoki OKUNO | ||
| Juichiro MORITA | |||
| Ryosuke MATSUURA | |||
| M1 | Ryota MISAWA | ||
| Taichiro NOSE | |||
| Yasuhiro MATSUMOTO | |||
| B4 | Masaki TAKEUCHI | ||
| Fumi KAWAUCHIYA | |||
| Takukya YOSHIMI |
