Neural quantum states for strongly correlated fermionic matter
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Le 15/03/2024, de 11:00 à 12:00 |
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| S'adresser à | Jannes Nys |
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Jannes Nys |
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Titre: Neural quantum states for strongly correlated fermionic matter
Abstract: Numerical simulations of fermionic quantum many-body systems present significant challenges, particularly when strong correlations are involved, and especially in the context of quantum dynamics. In this presentation, new numerical techniques leveraging neural quantum states and variational Monte Carlo methods will be introduced to effectively capture eigenstates and quantum dynamics of fermionic matter. The focus will be on quantum many-electron systems, which are central to various applications such as the prediction of electronic structures in quantum chemistry, characterization of crystalline solids, and understanding the behaviors of complex materials.
Website: https://people.epfl.ch/jannes.nys
Room : M7 101 (ENSL, site Monod)