Speaker
Description
Large-scale research facilities such as the European XFEL rely on precise real-time tuning of numerous interdependent subsystems to ensure stable and optimal operation. Automating these procedures can significantly reduce the workload of operators while improving the efficiency and reliability of beamtime usage. In this work, we will present ongoing efforts aimed at automating various elements of the photon system of the European XFEL. In particular, we will focus on the alignment of the photon beam transport, achieved by adjusting multiple optical components such as mirrors and lenses, using precise and constrained actuation. Furthermore, we will discuss the automation of the alignment and calibration of an X-ray spectrometer. By replacing manual interventions with algorithmic control, these developments demonstrate the potential to streamline the alignment of photon systems while allowing operators to focus on high-level experimental optimization.
