This course is featured using a Virtual Lab software to bring students close-to-real experience of the large-scale facility at European XFEL. The course will first give an introduction to XFEL with the emphasis on the unique science opportunities offered by XFEL, compared with synchrotron X-ray and neutron scattering. It will cover the theories and experimental methods of important techniques based on XFEL, including Time-resolved-X-ray Emission Spectroscopy experiments and Time-resolved Femtosecond X-ray Diffraction experiments. Students will be able to perform experiments and collect data in the Virtual Lab with realistic settings with XFEL. They will analyze the collected data and compare with the published real-world data in the literature.
Exam info and full course description can be found in the course catalogue.
Bachelor degree or similar within natural science, technology, or medicine (e.g. basic courses such as Materials Chemistry I, or Solid State Physics, or Structural Chemistry I, or Physical Chemistry, or Inorganic Chemistry I, or Ultrafast Science, or similar)
Exchange students: nomination from your home university
Freemovers: documentation for English Language proficiency
You can read more about admission here.