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
E-mail
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.

Keywords

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

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