TSUJI Naoto

TSUJI Naoto is a Faculty member in the Department of PHY at The University of Tokyo. Their research focuses on condensed matter theory and nonequilibrium physics, particularly the study of quantum many-body systems and statistical mechanics. The group investigates the realization of new physical properties by driving quantum systems out of equilibrium, exploring mechanisms that allow novel states of matter to emerge. Their work includes theoretical and experimental studies on nonequilibrium phenomena, such as nonequilibrium hysteretic phase transitions and optical conductivity in superconductors. TSUJI also engages in academic collaborations and organizes workshops and seminars on topics related to nonequilibrium solid states and quantum materials.

Naoto Tsuji is an Associate Professor in the Department of Physics at the University of Tokyo, specializing in condensed matter theory, strongly correlated systems, and nonequilibrium phenomena. His research focuses on theoretical investigations of nonequilibrium dynamics, particularly in superconductors and correlated electron systems. Tsuji's work explores topics such as nonequilibrium dynamical mean-field theory, Higgs modes in superconductors, and Floquet topological insulators. He has also studied the interplay between electron-phonon coupling and strong Coulomb interactions in the Holstein-Hubbard model. His research contributes to understanding nonthermal symmetry-broken states, collective excitations, and the behavior of quantum systems under periodic driving.