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Master's Program in Physics and Mathematics Course


See Also→  Department of Mathematics [Master's Course] , Department of Physics [Master's Course]

Introduction of Department

In the Physics and Mathematics course, students learn a broad knowledge of mathematics, physics, and computer programming.
Moreover, students acquire the ability to find and solve scientific problems which appear in today's quickly changing society, communication skills, and information transmission capacity.
Research subjects in this course cover a wide range of mathematics and physics including cross-disciplinary fields.

Faculty and Research

Tatsuya Uezu
Nonlinear Physics and Statistical Mechanics of Information Processing
Statistical Mechanics of Information Processing
Keywords : Synchronization-desynchronization phase transition, Phase oscillator network, SK-type interaction, Spin glass, Phase unwrapping
Fujio Kako
Computer Algebra
Computer algebra system
Keywords : Computer algebra, Computer algebra system, Android, iOS
So Kitsunezaki
Associate Professor
Nonequilibrium Dynamics
Study of pattern formation
Keywords : Nonlinear dynamics, Pattern formation, Physics of granular matters, Rheology
Shuji Kiyokawa
Plasma Physics
Physics of strongly coupled plasma
Keywords : Hot dense plasmas, density functional theory, average-atom model
Tsuyoshi Kobayashi
Applied Topology
Mathematical Science of Form
Keywords : 3-manifold, Knots and Links, Mixing fluids, Origami
Masahisa Tsuchiizu
Associate Professor
Condensed-Matter Theory
Theoretical study of electronic states in crystals
Keywords : Condensed matter theory; Low-dimensional electron systems; Renormalization-group method
Shuichiro Tsunoda
Algebraic geometry - comlpex system
Mathematical sciences for knowledge-based society
Junichi Matsuzawa
Group Theory
Group Theory and Discrete Geometry
Keywords : group theory, minimal surfaces, gyroid surfaces, Laves' graph, softmatter
Yasushi Yamashita
3-dimensional visualization of non-Euclidean geometry
Keywords : Topology, hyperbolic geometry, visuallization
Hideo Yoshioka
Condensed-Matter Theory
Nano electrons system theory
Keywords : graphene、silicene、topological insulators、Dirac electrons