Statistical physics, Fluid mechanics, Phase transitions, Nonlinear physics, Nonequilibrium physics, Quantum information

Our research aims at understanding the laws concerning collective behavior and dynamics of many particle systems.
We theoretically study a variety of phenomena such as phase transitions, transport phenomena, turbulence, the appearance of functionality, computational capability etc. in quantum as well as classical many particle systems such as fluids, macromolecules, gels, liquids, heterogeneous systems such as powders and glasses, neural networks, molecular machines, living organisms, and quantum computers.
Our group uses a variety of different research techniques such as finding and understanding the mechanism behind new phenomena by mathematical modeling and numerical simulations, developing new mathematical analysis tools, proposing new frameworks and phenomena based on theoretical calculations.

Thus, a characteristic of this group is its wide range of research subjects and phenomena combined with variable theoretical techniques. We actively challenge phenomena that cannot be explained by traditional physics and work on research topics in boundary areas between chemistry, biology, geography, engineering, information science and others.
On the other hand, fundamental research topics such as the origin of irreversibility and ordered states are also covered. In any case, we would like to emphasize that we are doing fundamental physics based on the development of physics in the past, which attempts to systemize the laws behind natural phenomena.

This group consists of three laboratories、

- Statstical Physics and Dynamics
- Quantum Information and Physics
- Physics of Matter: Statistical Dynamics (YITP)

which are engaged in the above described research.

**Professor:**Shin-ichi Sasa／Physics, Statistical Physics**Associate Professor:**Sadayoshi Toh／Turbulence, Fluids**Associate Professor:**Shinji Takesue／Lattice dynamics, Non-equilibrium Transport**Associate Professor:**Takeaki Araki／Softmatter, Dynamics of Phase Transitions, Statistical Physics**Lecturer:**Andreas Dechant／Statistical Physics, Stochastic Processes**Assistant Professor:**Hikaru Kitamura／Quantum Dynamics, Properties of Liquid Metals**Assistant Professor:**Takeshi Matsumoto／Turbulence, Fluids

Nonequilibrium Statistical Mechanics, Powders, Fluctuations

**Professor:**Hisao Hayakawa／Nonequilibrium physics, Granular physics**Associate Professor:**Masatoshi Murase／Physics of Living Organism**Assistant Professor:**Ryo Hanai／Non-equilibrium many-body physics

**Associate Professor:**Tomoyuki Morimae