Research Areas Accelerator Science Bio & Medical Physics Chemical Dynamics Condensed Matter Physics & Nanoscience Molecular Imaging Spectroscopy Strong Field Physics Theory Ultrafast Optics Research Groups Condensed Matter Physics & Nanoscience Applied Optics Group Michael A. Rübhausen spectroscopy and dynamics at interfaces spectroscopy and dynamics in nanoscale ordered materials dynamics of competing interactions in correlated materials CFEL-DESY Theory Group Robin Santra XUV- and X-ray-induced phase transitions in solids warm dense matter CFEL-MPSD Theory Group Angel Rubio two-dimensional and strongly-correlated materials nanostructures and biomolecules for energy applications QED-chemistry and nanoplasmonics Computational Science Fangohr, Hans Software Engineering for Research Computational Modelling Magnetic Nanostructures Dynamics and Transport in Nanostructures Guido Meier spin and charge transport magnetization dynamics ferromagnetic nanostructures Microstructured Quantum Matter Philip Moll quantum shape and size effects 3D mesoscopics Topology & electronic correlations Quantum Condensed Matter Dynamics Group Andrea Cavalleri superconductivity coherent optical control quantum magnetism Theory of Pump-Probe Spectroscopy Group Michael Sentef ultrafast dynamics of condensed matter laser-driven superconductivity and ordered state dynamics light-induced Floquet states of matter Theory of ultrafast light-matter interaction Daria Gorelova imaging exciton dynamics in photovoltaic materials Strong-field driven electron and spin in solids Ultrafast Dynamics in Solids and at Surfaces Group Michael Martins electron dynamics in solids charge transfer processes at interfaces surface reaction dynamics Ultrafast transport in quantum materials James McIver Strongly correlated and topological quantum materials and heterostructures Ultrafast electrical transport dynamics Photon-dressed states of quantum matter X-ray Irradiated Materials: Theory and Computation Beata Ziaja-Motyka large-scale and long-time computational studies of X-ray irradiated materials focus on technology development and potential industrial applications development of dedicated software tools