Talks
Atomic Physics at GSI: Current and Future Research
Atomic Physics at GSI: Current and Future Research
Atomic Physics at GSI: Current and Future Research
Spectral shape of two-photon decay from 2S state in He-like tin
Radiative processes studied incollisions of U92+ with a H2-target
Elektronentransfer in das Projektilkontinuum in relativistischen Ionen-Atom Stößen
Laser spectroscopy experiments for QED tests at strong electromagnetic fields
High-accuracy crystal spectroscopy of the He-like Uranium
Neue experimentelle Methoden zur Bestimmung der 1s Lambverschiebung
Selective population of 1s2s states after K-shell ionization of Li-like heavy ions
High resolution electron spectrometry at NESR
Radiative processes studied in collisions of bare uranium with a hydrogen gas-target
Atomic Physics with Highly Charged Ions at Storage Rings
X-ray Spectroscopy of Highly Charged Ions at FAIR
Precision Tests of QED in Strong Fields: Experiments on Hydrogen- and Helium-Like Uranium
Gekühlte Schwerionen – Faszinierende Werkzeuge der Atomphysik
Target development for EXL / SPARC
Linear Polarization Properties of Radiative Electron Capture Revealed for Relativistic Projectiles
SPARC: The Physics Program of the Stored Particle Atomic Physics Collaboration
Challenges for Atomic Physics with Highly-Charged Ions and Antiprotons at the GSI Future Facility
X-Ray Spectroscopy on Cooled Heavy Ions at Storage Rings
Test of Bound State QED at the Highest Electric Fields: Atomic Structure of high-Z One - and Few-Electron Ions
Angular correlation and polarization studies for radiative electron capture into high-Z ions
Exclusive production of the n=2 S-states in He-like uranium
Experimental studies of the ground state QED Corrections in H- and He-like uranium
Polarization studies for radiative capture into high Z ions
Relativistic quantum dynamics explored in atomic collisions of high-Z ions
Precision experiments with H-like uranium
Atomic Physics at GSI: An Outlook
Atomic Processes and Beam Lifetimes
New Possibilties at the ESR Jet-Target
Structure and Dynamics of High-Z Ions Studied in Relativistic Atomic Collisions
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