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The physical/biological systems we are interested share the common properties of being complex interacting systems. These systems have the common properties of having a large number of degrees of freedom in which cooperative effects play a vital role. Our research theme focuses on biophysics and soft-matter science using methods in statistical physics and complex many-body systems, computational techniques and  non-linear dynamics. 

Our research themes focus on several frontier topics in biological and soft-matter systems that are related to the nonlinear and non-equilibrium nature of complex interacting systems.

Both analytical theories and computer simulations are carried out in our research group. Collaborations with experimentalists on  soft-matter, non-equilibrium physics, neuronal networks, cardiac cells,  DNA, nonlinear physics, granular materials are also carried out.

  • Neuronal networks and dynamics

  • Regulations, signaling dynamics in cellular and subcellular levels

  • Biological rhythms & control of cardiac arrhythmia

  • Mathematical Biology

  • Driven granular materials

  • Colloidal dynamics

  • Polymer physics & knots

  • Complex and biological networks

  • Control of complex dynamics & chaos 

  • Nonequilibrium statistical physics in driven/active systems

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