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Download Atomic Physics with highly charged Ions and X-Rays
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Atomic Physics with highly charged Ions and X-Rays Chair holder: Prof. Dr. Thomas Stöhlker The current research program focuses on the investigation of hard X-ray radiation from charged particle collisions or photon-matter interactions. Our special interest lies on the study of simple atomic systems in the widely unexplored domain of heavy high-Z ions in order to test and to advance our basic knowledge about the physics of strong fields. These investigations are complemented by the studies of processes which appear in high-intensity laser fields or at synchrotron facilities. Atomic Structure Ion-Atom Collisions Atoms in Intense Laser Fields Within our experimental campaigns various X-ray detection systems such as standard X-ray detectors, 2D position-sensitive detectors, crystal spectrometers, X-ray CCDs and micro-calorimeters are used. Our research group is part of the Institute for Optics and Quantum Electronics (IOQ) and the Helmholtz Institute Jena . Within the FAIR project we are part of the collaborations Stored Particle Atomic Physics Research Collaboration (SPARC) and Facility for Low-Energy Antiproton and Ion Research (FLAIR). Current projects • HILITE - A Penning trap for experiments on trapped ions with intense laser pulses • High-Energy Ion Detectors for the Fit-FISIC Collaboration • A Cryogenic Current Comparator for beam diagnostics in accelerators and storage rings Closed projects • FOCAL - X-Ray Spectroscopy for QED in Strong Fields • Polarization measurements of elastically scattered hard X-rays Material for the current lecture More information: IOQ teaching
