KAWAGUCHI Kyogo

KAWAGUCHI Kyogo is a faculty member in the Department of PHY at The University of Tokyo. His research focuses on biophysics, nonequilibrium physics, and machine learning. His laboratory investigates biological processes through the integration of live cell experiments, machine learning, large-scale simulations, and theoretical physics. The group is particularly interested in understanding how cells move, change, and interact within biological systems. His work is supported by a profile page available at https://noneq-biophys.riken.jp/.

Kyogo Kawaguchi is a researcher specializing in non-equilibrium statistical mechanics and biophysics. His work explores the dynamics of biological systems through the lens of statistical physics, focusing on the interplay between collective behavior and cellular processes. Kawaguchi's research includes the study of neural progenitor cells, epidermal stem cell dynamics, and the role of topological defects in collective motion. He also investigates quantum many-body systems, active matter, and the thermodynamics of molecular motors. His publications highlight the application of statistical mechanics to understand biological phenomena such as cell fate decisions, tissue coordination, and the behavior of complex systems.