Program

Sep. 29 / Sep. 30 / Oct. 01 / Oct. 02

Sep. 29

20:00-23:00 (GMT+9) Theory 1: Quantum spin liquid

20:00- (GMT+9) Y.Yamaji “Strongly-Correlated Electron Science by Integration of “Fugaku” and Frontier Experiments: Overview and Boltzmann-Machine Spectroscopy”

21:00- (GMT+9) / 08:00- (GMT-4) Y.B.Kim “Detection of quantum spin liquids and novel competing phases”

Sep. 30

17:30-19:30 (GMT+9) Experiment 1: STM

17:30- (GMT+9) T. Hanaguri “Spectroscopic-imaging STM studies of FeSe and related materials”

18:30- (GMT+9) Y. Kohsaka “Toward wavefunction interferometry”

20:00-23:00 (GMT+9) Theory 2: Numerical approaches and strongly correlated electrons

20:00- (GMT+9) / 13:00- (GMT+2) P. Corboz “Simulations of the 2D Hubbard model with infinite projected entangled-pair states”

21:00- (GMT+9) / 08:00- (GMT-4) S. W. Zhang “Recent progress in computations of ground state properties of the Hubbard model”

22:00- (GMT+9) / 09:00- (GMT-4) G. Kotliar “Correlated Superconductivity: Bronze Iron and Nickel Age”

Oct. 01

17:30-19:30 (GMT+9) Experiment 2: ARPES

17:30- (GMT+9) T. Kondo “Novel electronic states of cuprate superconductors revealed by high-resolution laser-ARPES”

20:00-22:00 (GMT+9) Theory 3: Quantum spin liquids/numerical approaches

20:00- (GMT+9) / 13:00- (GMT+2) R. Valenti “Kitaev models and materials: challenges and opportunities”

21:00- (GMT+9) / 14:00- (GMT+2) S. Sorella “VAFQMC: unifying variational and auxiliary field quantum Monte Carlo”

Oct. 02

17:30-19:30 (GMT+9) Experiment 3: RIXS

17:30- (GMT+9) A. Fujimori “Charge order and excitation in high-Tc cuprates studied by RIXS”

18:30- (GMT+9) M. Imada “Remarks on RIXS spectra”

20:00-23:00 (GMT+9) Theory 4: Numerical approaches and machine learning

20:00- (GMT+9) / 19:00- (GMT+8) L. Wang “Differentiable Programming Tensor Networks and Quantum Circuits”

21:00- (GMT+9) / 20:00- (GMT+8) / 14:00- (GMT+2) / 08:00- (GMT-4) Discussion

22:00- (GMT+9) / 15:00- (GMT+2) G. Carleo “Neural-network quantum states: from spins to fermions”