(in English / in Japanese)
Mathematical Interdisciplinary Research Station, Kanazawa University
This is the portal site for research of MIRS.
(A fluid motion simulated by Prof. Notsu.)
Annual Projects and News
Research Groups (* is the leader):
Each member of MIRS belongs to one of the following sub-groups
(Algebra, Geometry, and
, only for
Many faculty have interests that cut across the groups and the fields continue to evolve.
To develop our future research (and to get feeling of unity), we organize Mathematical Colloquim by invited speakers.
See Laboratory Portraits and Annual Projects and News for further details of our research.
We all welcome to your contact with us for research.
Number theory, Automorphic forms, Representation theory;
Algebraic geometry, Commutative algebra,
Algebraic combinatorics (association scheme, spin model, coding theory, invariant theory, modular form);
WAKATSUKI*, Satoshi: Number theory, Automorphic forms, Trace formula, Shintani zeta function.
HAYAKAWA, Takayuki: Algebraic geometry.
NAGANO, Atsuhira: Special functions.
OURA, Manabu: Algebraic combinatorics.
SUGANO, Takashi: Number theory, Automorphic forms, Automorphic L function.
Seminar associated with Algebra Group:
Hokuriku Suron Seminar (Number theory seminar)
Geometric analysis (harmonic functions and the heat equation
on complete manifolds,
harmonic mappings of finite enegy, and potential theory on trancient networks);
Low dimensional topology (knot, quantum invariant);
Value distribution theory, the Kobayashi hyperbolicity of complex manifolds;
Hyperbolic geometry (Riemannian surfaces, the Teichmuller spaces,
volume formulae of polyhedra in the three-dimensional hyperbolic space);
KASUE*, Atsushi: Geometry.
IWASE, Zjuñici: Topology of low-dimensional manifolds.
KAWAGOE, Kenichi: Low dimension topology.
KAWAKAMI, Yu: Differential geometry, Complex geometry, Complex analysis, Surface theory.
MIYACHI, Hideki: Complex analysis.
USHIJIMA, Akira: Low-dimensional topology, Hyperbolic geometry.
Theoretical and numerical study of mathematical models for
physics, chemistry, economics, and engineering;
Non-linear elliptic equations; Reaction-diffusion systems;
Dynamical systems (integrableHamiltonian systems and their perturbations);
Functional analysis (operator theory, spectral analysis, quantum mechanics));
Probability theory based on the measure theory, limit theorems related to the number theory;
KIMURA*, Masato: Mathematical modeling, Numerical simulation.
ITO, Hidekazu: Dynamical systems.
NAGOYA, Hajime: Differential equations in the complex domain, Representation theory, Conformal field theory.
NAKAMURA, Ken-ichi: Nonlinear partial differential equations, Reaction-diffusion systems.
NOTSU, Hirofumi: Computational fluid dynamics, Numerical analysis, Finite element method.
OHARA, Katsuyoshi: Complex analysis, Computer mathematics, Numerical analysis.
OHTSUKA, Hiroshi: Variational problems, Nonlinear partial differential equations.
OMATA, Seiro: Variational problem, Numerical analysis.
POZAR, Norbert: Partial differential equation.
TAKANOBU, Satoshi: Probability theory, Limit theorem.
SATO, Makoto (Laboratory of Developmental Neurobiology): Mathematical Biology.
WADADE, Hidemitsu (Faculty of Mechanical Engineering): Real Analysis.
Seminars associated with Analysis Group:
Last update: 21, Jan., 2019
Contact: ohtsuka (at) se.kanazawa-u.ac.jp