KAWASHIMA Naoki

KAWASHIMA Naoki is a faculty member in the Department of PHY at The University of Tokyo. His research focuses on condensed matter physics and statistical physics. His group develops numerical methods and performs calculations from an information science perspective for statistical mechanics problems, often using tensor network representations. They explore spin liquid states, real-space renormalization group methodologies, and generative models using tree-type networks for autonomous structural optimization. The group utilizes supercomputers to address various problems in statistical physics, solid state physics, and quantum many-body systems.

Naoki Kawashima is a researcher at the Institute for Solid State Physics, University of Tokyo, focusing on quantum magnetism and condensed matter physics. His work explores quantum phase transitions, critical phenomena, and magnetic excitations in strongly correlated systems. He investigates spin models, including Heisenberg antiferromagnets, spin glasses, and Kitaev magnets, using advanced numerical methods such as quantum Monte Carlo and tensor network techniques. His research also addresses quantum criticality, deconfined criticality, and the behavior of quantum systems under external fields. Kawashima's contributions span both theoretical and computational approaches to understanding complex quantum materials.