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Adopted FY2005 Shuji OGATA Atushi OSHIYAMA Masaki SATOH Toshikazu TAKADA Keiko TAKAHASHI Seiichiro TEN-NO Kimihiko HIRAO Mitsuhiro MATSU'URA Adopted FY2006 Masataka NAGAOKA Hiroyasu HASUMI Masahiko MACHIDA Masuhiro MIKAMI Keiji MOROKUMA Yasuhiro YAMANAKA Ryoichi YAMAMOTO Adopted FY2007 Yuriko AOKI Masatoshi IMADA Hideyuki USUI Akio KITAO Hiroshi NAKATSUJI Shinobu YOSHIMURA |
Research Directors / Research Themes Framework Development for Multiscale and Multiphysics Simulations toward Novel Applications of Superconductivity
Hiromichi EBISAWA Professor,Graduate School of Information Science,TOHOKU UNIVERSITY Hideki MATSUMOTO Professor,Graduate School of Pure and Applied Sciences,University of Tsukuba Masaru KATO Associate Professor,Electronics,Mathematics and Physics,Osaka Prefecture University Yoji OHASHI Associate Professor,Sciences and Technolgy,Keio University Tomio KOYAMA Research Associate,Institute for Materials Reserch,TOHOKU UNIVERSITY Takashi YANAGISAWA Group Leader,Nanoelectronics Research Institute,
One of issues in this research project is to explore the puzzling mechanism of superconductivity (superfluidity), which is the most dramatic phenomena of condensed matters ever known to humankind, by performing superlarge scale simulations on massively parallel supercomputers. Intensive researches are also carried out toward novel applications of superconductivity to quantum devices, Tera-Hz laser, high-accurate irradiation detectors, etc. by developing originally multiphysics and multiscale simulation techniques. Our final goal is to make a breakthrough in superconducting science and engineering fields beyond the previous framework.
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