Cavity QED with Quantum Gases

This lecture explores the field of cavity quantum electrodynamics (QED) with quantum gases, focusing on the recent developments and current status. It covers topics such as atomic self-ordering, fundamental solid-state Hamiltonians simulation, non-equilibrium many-body phenomena, and the implementation of Hubbard-like models. The lecture also discusses the emergence of dynamic gauge potentials, non-equilibrium topological phases, and the experimental observation of various phenomena like supersolidity, density and spin self-ordering, and dynamic spin-orbit coupling.