CQSL research featured at the APS "March Meeting" in Chicago
© 2022 American Physical Society
The incoming March meeting of the American Physical Society will feature several presentations of the research performed at EPFL's Computational Quantum Science Lab (CQSL) and in collaboration with other institutions worldwide. CQSL work will be presented in about 8 oral presentations, including 2 invited talks.
Some of the latest research activity carried out at CQSL is going to be presented at the incoming "March Meeting" of the American Physical Society (APS). The meeting will be held in Chicago (USA), from March 14 to March 18. CQSL work will be presented in about 8 oral presentations, including 2 invited talks.
A list of the relevant talks is found below:
Session Q40: "An efficient quantum algorithm for the time evolution of parameterized circuits"
Session Q47: "Fermionic variational wavefunctions from neural-network constrained hidden states", "Bosonic Neural Quantum States in Continuous Space" , and "Equivariant Variational Monte Carlo for quantum systems"
Session S47: "Towards interpretable and reliable machines learning physics" , and "Neural Network Ansatz for Finite Temperature"
Session W47: "Calculation of nuclear ground states up to A=6 using Artificial Neural Networks"
Session G00: "Unbiased Monte Carlo Cluster Updates with Autoregressive Neural Networks"