Atomic-scale dynamics of quantum materials

Welcome to the atomic-scale dynamics of quantum materials group. We use advanced scanning probe microscopy combined with cutting-edge laser technology to study the non-equilibrium behaviour of solid-state quantum states such as charge density waves, topologically non-trivial states, or excitonic quasiparticles in 2D materials. One of our major goals is to image the dynamics and evolution of such states on their natural time and length scales with simultaneous femtosecond temporal and sub-nanometer spatial resolution. Our experimental toolbox comprises broadband THz-lightwave-driven scanning tunneling microscopy (THz-STM), femtosecond optical excitation and photon-assisted STM, as well as STM-induced luminescence and advanced near-field techniques in extremely localized optical fields. For more information, see our highlights and research topics

We are a new group and we are currently updating our website. More details about our research projects and open positions will be published soon. For more information contact us or see FHI Homepage.