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# Faculty Members

Faculty supervisors are marked with an asterisk (*).

## Mathematics

Position | Name | Area and Subject | Research Theme(s) |
---|---|---|---|

* | Yu Ito | Probability Theory | Stochastic analysis, Rough path analysis |

* | Naohiko Kasuya | Differential Topology | Contact manifolds, open non-Kähler complex surfaces |

* | Hiroaki Masaoka | Complex Analysis | Ideal Boundaries of harmonic spaces |

* | Hiroyuki Miyoshi | Theoretical Computer Science | Theoretical Computer Science and related topics, Category Theory, Philosophy of Computation |

* | Atsushi Murase | Number Theory | Theory of Automorphic Forms of Several Variables |

* | Kei Nishi | Applied Analysis | Dynamics pf localized patterns in reaction-diffusion systems |

* | Hiroshige Shiga | Complex Analytic Geometry | The deformation theory of Riemann surfaces and discrete groups |

* | Ichiro Shigekawa | Stochastic Analysis | Research on Markov processes via stochastic analysis |

* | Tatsushi Tanaka | Applied Algebra | Multiple Zeta Values, Number Theory |

* | Fumihiro Ushitaki | Topology |
(1) Theory of Topological Transformation Groups and Related Topics (2) Development of Teachers' Training Programs in Arithmetic and Mathematics |

* | Tatsuya Watanabe | Functional Analysis | Research on elliptic PDEs by the variational method |

* | Hiroki Yagishita | Nonlinear Analysis | Qualitative Theory of Nonlinear Diffusion Equations |

* | Shuji Yamada | Low-Dimensional Topology | Knot Theory and Theory of Three-Dimensional Manifolds |

* | Yuko Yano | Stochastic Processes | Limit theorems for functionals of Markov processes |

## Physics

Position | Name | Area and Subject | Research Theme(s) |
---|---|---|---|

* | Toshifumi Futamase | Cosmology | Cosmology, General Relativity |

* | Yutaka Itoh | Magnetism | NMR/NQR studies of magnetism and superconductivity |

* | Yasutaka Iwashita | Softmatter Physics | Experimental Research on Soft Matter |

* | Hideyo Kawakita | Astronomy | Chemical evolution of the Galaxy, origin of the solar system |

* | Makoto Kishimoto | Observational Astrophysics | Supermassive black hole systems through super high spatial resolution observations |

* | Masayuki Niiyama | Hadron Physics | Experimental study of exotic hadrons |

* | Takashi Ohmori | Energy, Environmental Science | Clean Energy Technology of Global Warming |

* | Hideo Sagawa | Remote sensing of planetary atmosphere | Observational study of planetary atmosphere |

* | Koji Segawa | Quantum Functional Materials | Experimental research on topological materials |

* | Susumu Shimomura | Condensed Matter Physics | Research on Structual Properties of Condensed Matter using X-ray Scattering Techniques |

* | Shinzo Suzuki | Molecular Materials Science | Physical Chemistry of Carbon Nanostructures |

* | Yudai Suwa | Theoretical Astrophysics | Astrophysics |

* | Masahiro Takagi | Planetary Meteorology | Dynamics and radiative transfer process of the Venus atmosphere |

* | Kotaro Takaya | Meteorological dynamics | Geophysical Fluid Dynamics, Extreme climate, Climate variability |

* | Masayuki Tanigawa | Non-Linear Optics | Fundamentals of Spectroscopy, Optical materials, Nanostructures |

* | Kazuyuki Uchida | Computational Material Science | Computational Materials Science, Nano-Science |

* | Junko Yamagata-Sekihara | Hadron-Nuclear Theory | Theoretical research on hadron properties in nuclear medium |

* | Hiroshi Yamagami | Solid-State Electron Theory | Theoretical Research on Electronic Structure of Strongly-Correlated f-Electron Systems |

* | Atsunori Yonehara | Observational Cosmology | Gravitational Lensing Astronomy |