TODO Synge

藤堂 眞治とうどう しんじ
TODO Synge

TODO Synge
Title Professor
Affiliation Department of Physics (UG), Department of Physics (GR), Graduate School of Science
Room 945, Faculty of Science Bldg.1, 9F
TEL +81-3-5841-4196 | 24196(ext.)

Research Field

Computational Physics, Statistical Physics, Condensed-Matter Theory

Research Subject

Quantum Criticality in Strongly Correlated Many-body Systems, Foundation of Quantum Theory and Statistical Physics、Novel Simulation Methods in Computational Physics

Current Research

By using the cutting-edge simulation techniques, e.g., the quantum Monte Carlo method, we elucidate novel quantum states, phase transitions, and critical phenomena in strongly correlated many-body system, such as quantum magnets and Bose-Hubbard models. We also develop new simulation techniques, such as the tensor network algorithm, for quantum many-body systems, and effective parallelization schemes for state-of-the-art large-scale supercomputers, such as the K computer, as well as open-source software towards next-generation parallel simulations.


Monte Carlo Method, Tensor Network, Simulation Methods, Algorithms, Quantum Magnets, Quantum Liquids, Phase Transitions, Quantum Critical Phenomena, Randomness, Entanglement, Machine Learning, Parallelization and Optimization, Open-source Software