Workshop on "Fermionic Neural Quantum States: recent advances"
Leveraging the expressivity of neural networks to represent the wave-function of many-body quantum systems has deeply transformed variational quantum Monte Carlo methods. The aim of this workshop is to review recent progress and challenges in developing neural quantum states for interacting fermions systems. The workshop will address both method development and applications such as the electron gas, superconductivity in strongly correlated systems, the fractional quantum Hall effect or nuclear matter.