Lecture
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.