The Spectroscopy and Coherent Scattering (SCS) instrument will enable time-resolved experiments to unravel the electronic and structural properties of complex materials and nanostructures in their fundamental space-time dimensions.
Scientific objectives include, but are not limited to, the understanding and control of complex materials, the investigation of ultrafast magnetization processes on the nanoscale, the real-time observation of chemical reactions in liquids, and the exploration of nonlinear X-ray spectrocopy techniques that are cornerstones at optical wavelengths.
The two baseline SCS experiment stations are complemented with a chemistry station and a high-resolution spectrometer by the Heisenberg RIXS (hRIXS) user consortium. A combination of coherent X-ray scattering with spectroscopy methods will make it possible to investigate atomic as well as electronic details and dynamics on femtosecond time scales with spatial resolutions down to a few nanometers.
