The research in my group is dedicated to the development and the application of attosecond and femtosecond light sources in the XUV and soft X-ray wavelength range based on high-order harmonic generation using Ti:Sa femtosecond laser technologies and Free Electron lasers. These sources are used to investigate time-dependent light-matter interaction in a broad wavelength range from THz to XUV. Among the main goals are the real-time visualization and control of ultrafast electron dynamics and its coupling with the nuclear dynamics on its natural, attosecond, timescale by means of ultrafast pump-probe spectroscopy. A strong emphasis is also given to the fundamentals of extreme non-linear phenomena, field-driven electron dynamics, high harmonic generation and strong field ionization. Recent efforts in my group focus on the imaging of molecules and their dynamics with unprecedent spatial and temporal resolution by strong field photoelectron diffractive imaging techniques and the implementation of time-resolved soft X-ray spectroscopy to investigate ultrafast charge transfer processes in gas phase molecules and condensed phase matter.

For more details and a publication list, please see https://mbi-berlin.de/p/arnaudrouzee

For more details about our scientific goals, please see https://mbi-berlin.de/research/projects/23-time-resolved-xuv-science/project-goals