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Management Group
 
Project Leader
    Hiroshi Fukuyama University of Tokyo
 

 
Coordination Committee
    Keiya Shirahama Keio University
    Makoto Tsubota Osaka City University
    Masahito Ueda University of Tokyo
    Yoshiteru Maeno Kyoto University
    Hidehiko Ishimoto RIKEN
 

 
Evaluation Group
    Hidetoshi Fukuyama Professor, Tokyo University of Science
    Takao Mizusaki Fellow, Toyota Physical and Chemical Research Institute
    Yasuhiro Iye Professor, ISSP, University of Tokyo
    Kimitoshi Kono Chief Scientist, RIKEN
    Douglas D. Osheroff Professor, Stanford University
    Anthony J. Leggett Professor, University of Illinois at Urbana-Champaign

Research Projects ( : Leader)
 
A01: Novel Quantum Fluid Phases by Control of Correlation
   
Quantum Properties of Two - Dimensional Helium 3
   
Hiroshi Fukuyama University of Tokyo
      Masao Ogata University of Tokyo
      Masashi Morishita University of Tsukuba
   
Novel quantum phenomena emerging near quantum critical points
   
Masatoshi Imada University of Tokyo
      Kazushi Kanoda University of Tokyo
      Satoru Nakatsuji University of Tokyo
      Yukitoshi Motome University of Tokyo
      Shinji Watanabe University of Tokyo
      Kazuya Miyagawa University of Tokyo
 
A02: Low Dimensional Helium and Search for New Quantum Phenomena
   
Novel Quantum Many-body Phenomena in Helium Nanostructures
   
Keiya Shirahama Keio University
      Masaru Suzuki The University of Electro-Communications
      Yoshiyuki Shibayama Keio University
   
Quantum Properties in One - Dimensional Bose and Fermi Fluids
   
Nobuo Wada Nagoya University
      Dai Hirashima Nagoya University
      Taku Matsushita Nagoya University
      Mitsunori Hieda Nagoya Univeristy
 
A03: Bose Superfluids and Quantized Vortices
   
Studies of physics of quantized vortices and "new" superfluid turbulence
   
Makoto Tsubota Osaka City University
      Tohru Hata Osaka City University
      Hideo Yano Osaka City University
   
Superfluidity of atomic gases with internal degrees of freedom
   
Masahito Ueda University of Tokyo
      Takuya Hirano Gakushuin University
      Hiroki Saito The University of Electro-Communications
      Satoshi Tojo Gakushuin University
      Yuki Kawaguchi University of Tokyo
 
A04: Anisotropic Superconductivity and Superfluidity
   
New Quantum Phenomena in Anisotropic Superconductors
   
Yoshiteru Maeno Kyoto University
      Kazumasa Miyake Osaka University
      Kenji Ishida Kyoto University
      Yukio Tanaka Nagoya University
      Satoshi@Kashiwaya AIST
      Hiroshi Kanbara AIST
   
Control of Anisotropic Order Parameters in Superfluid Helium 3
   
Osamu Ishikawa Osaka City University
      Minoru Kubota ISSP, University of Tokyo
      Katsuhiko Nagai Hiroshima University
 
A05: Quantum crystal and ring exchange
   
Magnetism and crystal control in quantum crystal
   
Yuichi Okuda Tokyo Institute of Technology
      Yutaka Sasaki Kyoto University
      Akira Yamaguchi University of Hyogo
   
Novel Magnetic States by Ring Exchange
   
Tsutomu Momoi RIKEN
      Kenn Kubo Aoyama Gakuin University
      Seiji Miyashita University of Tokyo
      Hirokazu Tsunetsugu ISSP, University of Tokyo
      Takuma Ohashi Osaka University

Public Participation Research
 
Comparative Study among Mott Transitions in Bosonic and Fermionic Systems on Optical Lattices, using Many-body Variation Theory
   
Hisatoshi Yokoyama Tohoku University
   
Kenji Kobayashi Chiba Institute of Technology
 
Theoretical Study on Particle-Hole Symmetry Breaking by Quantum Phase Defects
   
Hiromichi Ebisawa Tohoku University
   
Masahiko Hayashi Akita University
 
Topological Orders in Quantum Liquids and Spin Liquids
   
Yasuhiro Hatsugai University of Tsukuba
   
Isao Maruyama Osaka University
   
Akihiro Arikawa University of Tsukuba
 
Quantum Phase Transitions in Strongly Correlated Silicon Two Dimensional Electron Systems
   
Tohru Okamoto University of Tokyo
   
Ryuichi Masutomi University of Tokyo
 
Impurity Effect on Three Dimensional Quantum Spin Liquids
   
Shigeki Fujiyama RIKEN
   
Shigeki Onoda RIKEN
 
Research of Novel Correlation States of Helium Particles
   
Takeo Takagi University of Fukui
 
Josephson-like Effect in Bilayer Quantum Hall State
   
Anju Sawada Kyoto University
   
Toshikazu Arai Kyoto University
   
Akira Fukuda Hyogo College of Medicine
 
Quantum Many-body Effects in Strongly Correlated Fermi Systems with Confining Potentials
   
Norio Kawakami Kyoto University
 
Anomalous Tunneling in Condensed Bose Systems and the Revision of Theory of Bose systems at Finite Temperatures
   
Yusuke Kato University of Tokyo
 
Large-scale Simulation Study of Quantum Turbulence
   
Masahiko Machida Japan Atomic Energy Agency
   
Narimasa Sasa Japan Atomic Energy Agency
   
Susumu Yamada Japan Atomic Energy Agency
   
Yoshio Suzuki Japan Atomic Energy Agency
 
Experimental Study of Quantum Turbulence inside a Rotating Superfluid Helium and at the Free Surface of Superfluid Helium
   
Daisuke Takahashi RIKEN
 
Proximity Effect in Spin Triplet Superfluids
   
Yasuhiro Asano Hokkaido University
 
Theory of Novel Superconducting State with Symmetry Breaking
   
Youichi Yanase University of Tokyo
   
Masafumi Udagawa University of Tokyo
 
Surface Quantum States of Superfluid 3He at High Magnetic Fields
   
Ryuji Nomura Tokyo Institute of Technology
 
Research for Multiple Phase Diagram in Spin-Triplet Superconductor Sr2RuO4
   
Kenichi Tenya Shinshu University
   
Hiroshi Amitsuka Hokkaido University
   
Jun Yokoyama Ibaraki University
 
Physical Properties in the Spin-Triplet Superconducting Phase under Magnetic Field
   
Hiroaki Ikeda Kyoto University
   
Takuji Nomura Japan Atomic Energy Agency
 
Visualization of Quantized Vortices in Anisotropic Superfluid 3He-A
   
Akira Matsubara Kyoto University
   
Tomohiro Ueno Kyoto University
   
Takao Mizusaki Toyota Physical and Chemical Research Institute
 
Theoretical Study on Unconventional Vortex States in Spin-Triplet Superconductors and Superfluids
   
Masanori Ichioka Okayama University
   
Kazushige Machida Okayama University
   
Takeshi Mizushima Okayama University
 
Pressure and Magnetic Field-induced Novel Phenomena in Single Layered Ruthenates
   
Takashi Suzuki Hiroshima University
      Fumihiko Nakamura Hiroshima University
 
Study on Praseodymium-based Superconducting Phase Caused by New Pairing Mechanism
   
Yuji Aoki Tokyo Metropolitan University
 
Study of Boundary Effects and Inhomogeneous Superfluid Phase in Superfluid 3He Film
   
Masamichi Saitoh RIKEN
 
Theoretical and Numerical Study on New Quantum Condensed Phases Induced by the Ring Exchange in Strongly Correlated Electron Systems
   
Tohru Sakai Japan Atomic Energy Agency
   
Yuichi Ohtsuka RIKEN
   
Kiyohide Nomura Kyushu University
   
Kiyomi Okamoto Tokyo Institute of Technology
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