Our group focuses on the theory of nonlinear chiral light-matter interactions. We study how to control the quantum dynamics of chiral molecules by structuring electromagnetic fields in time and space and leveraging state-of-the-art light sources, from femtosecond lasers to X-ray free-electron lasers. We collaborate closely with several experimental groups around the world. Our research is financed by the DFG's Emmy Noether Programme through the project Coherent Highly Enantioselective Molecular Manipulation enabled by Multiphoton Interactions with Structured Light (CHEM₃ISt-Light).