Dynamics in Correlated Quantum Matter

In our research we are interested in the dynamics of correlated quantum matter at the interface between quantum many-body theory, nonequilibrium physics, quantum information science, and machine learning.


The research covers the development of a theory of dynamical quantum phase transitions, extending the concept of phase transitions to the time domain, the dynamics in lattice gauge theories, the exploration of machine learning techniques as a new toolbox in quantum many-body theory, many-body localization in interacting strongly disordered systems, or entanglement in correlated quantum matter.

Below you can find a selection of recent research conducted in this group.