Speaker
Sabine Andergassen
(TU Wien)
Description
We explore the ability of machine learning models to extract information encoded in the two-particle vertex Γ that generalizes across different quantum phases. To steer the model away from relying on global phase-specific patterns we employ a sub-sampling strategy that encourages the model to learn general features tied to the phase specific competition between kinetic energy and Coulomb repulsion. We show that an autoencoder trained only on data from antiferromagnetic and ferromagnetic phases is able to reconstruct samples from a previously unseen superconducting phase. This demonstrates that the model captures essential aspects of the underlying many-body physics.
Authors
Sabine Andergassen
(TU Wien)
Sebastian Hepp
(TU Wien)
Daniel Zabielski
(TU Wien)
Daniel Springer
(TU Wien)