Faculty Members

Faculty supervisors are marked with an asterisk (*).

(Alphabetical order / Incumbent, 2020)

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