Research program of the Reactions with Exotic Nuclei Group Heavy-Ion Induced Electromagnetic Excitation at Relativistic Energies The process of electromagnetic excitation in peripheral relativistic he
Research Program of the Reaction Mechanisms Group Production cross-section measurements Experimental program to determine the isotopic production cross sections of residual nuclei in relativistic nucl
Collaborations Many of the scientific activities of our division are carried out in collaboration with other divisions and institutes. Below is given a list of the existing collaborations. Astronomy g
Links Related facilities / institutions JINA The Joint Institute for Nuclear Astrophysics CARINA Challenges and Advanced Research In Nuclear Astrophysics n_TOF The neutron time-of-flight facility at C
Research Program of the Nuclear Astrophysics Group Research activities of the Nuclear Astrophysics group are devoted to study of nucleosynthesis of elements in the Universe. Already in the first three
PhD topic: Laser spectroscopy of Be-like krypton ions at the ESR Heavy few-electron ions, such as He-, Li-, and Be-like ions, are ideal atomic systems to study effects of correlation, relativity and q
Open Positions for PhD students The international HITRAP Collaboration is looking for a PhD student to participate in the experimental research programme on atomic physics with trapped highly charged
Annual Reports 1999 Experiments Progress Towards an Optical Isotope Shift Measurement of 11 Li A. Dax, GSI pdf (113 kB) Access to Two-Photon QED Contributions via 2s 2 S 1/2 -2p 2 P 1/2 Transitions in
Annual Reports 1998 Experiments with Heavy Ions in Traps N. Hermanspahn, Uni Mainz pdf (200 kB), zip (150 kB) Bound Electron g-Factor in Hydrogen-Like Bismuth H. Winter, GSI pdf (110 kB), zip (70 kB)
Report Topics - Injection-, Extraction- and Transverse Feed Back System Langsame Extraktion mit Hardt Bedingung – Transmissions-Optimierung 21.05.2007 TFS Experimente ( German ) 10.03.2005 Transversal
Wed, May 15, 2024 | 2 p.m. Total geFLASHt! – Tumortherapie mit ultrahohen Strahlendosen in kurzer Zeit Christoph Schuy, GSI/FAIR Registration and further information