maximum magnetic rigidity of 1.4 Tm) HITRAP (trapping and low energy beam facility for highly charge ions at the ESR) SIS100 (synchrotron with a maximum magnetic rigidity of 100 Tm) Delivery of SPARC equipment

Vorträge Multi Multi-Electron Continua and -Cusps in strongly perturbing Ion Ion-Atom Collisions XXI ISIAC: 21st International Symposium on Ion-Atom Collisions July 17-20, 2009 Norfolk, Virginia (S. Hagmann) Spectral [...] Reuschel) Selective population of 1s2s states after K-shell ionization of Li-like heavy ions XX International Conference on Ion-Atom Collisions (ISIAC) August 1 - 4, 2007, Agios Nikolaos, Crete, Greece (A. Kumar) [...] Physics with Highly Charged Ions at Storage Rings XXXVIII. Arbeitstreffen Kernphysik February 22 - March 1, 2007, Schleching (M. Trassinelli) X-ray Spectroscopy of Highly Charged Ions at FAIR SPARC Topical Workshop

Polarization and Angular Correlation of X-Rays Emitted in Relativistic Ion-Atom Collisions XXI ISIAC: 21st International Symposium on Ion-Atom Collisions July 2009 Norfolk, Virginia (Th. Stöhlker) Gekühlte [...] Highly-Charged Ions and Antiprotons at the GSI Future Facility National Conference on Atomic and Molecular Physics December 2004, Ahmedabad, India (Th. Stöhlker) X-Ray Spectroscopy on Cooled Heavy Ions at Storage [...] Fields: Atomic Structure of high-Z One - and Few-Electron Ions International Workshop on Atomic Collisions of Slow/Trapped Highly-Charged Ions February 2004, RIKEN, Japan (Th. Stöhlker) Angular correlation

Doppler shifts of highly relativistic ions which generate extreme energy shifts for photons in the ion rest frame. As a consequence, even the heaviest few-electron ions can now be studied in precision QED [...] Particles Atomic Physics Research Collaboration Atomic Physics with Highly-Charged Ions at the Facility for Heavy-Ion and Antiproton Research (FAIR). Registration as a Member of the SPARC Collaboration [...] offer a range of new opportunities in atomic physics and related fields. First, high-charge state ions moving at velocities close to the speed of light generate electric and magnetic fields of exceptional

Applications of Ion Beam Research Research with heavy ions has led to diverse applications and technological innovations in the past. The most spectacular example is the development of a new tumor therapy [...] therapy employing precision ion beams, which is presently being tested with most promising results. As in the past, the proposed facility, too, will push forward new developments, some of which will eventually [...] spacecraft are exposed to cosmic radiation, especially high-energy protons, helium nuclei and other heavy ions up to and including iron. This can lead to the corruption of information or permanent damage in electronic

shell of the atoms that make up matter. A system of free, negatively charged electrons and positive ions is thus created. Although in our daily lives we are not familiar with plasmas, the plasma is the dominant [...] of matter in the universe. More than 99% of matter in the universe exists as plasma.This electron-ion plasma can exist across a large range of temperatures and densities, and can change into various phases [...] plasmas in the laboratory, scientists at GSI bombard solid materials with high-intensity, pulsed heavy-ion or laser beams. For the first time worldwide, the combination of these two beams is being synergistically

confined in the nucleus. Physicists believe that new experiments exploiting high-energy antiproton and ion beams will also elucidate the generation of hadronic masses. Last but not least, physicists strive

highly energetic and/or highly charged ions up to naked uranium U 92+ and short-lived isotopes far off stability. Powerful accelerator devices such as the heavy-ion synchrotron and the experimental storage [...] be roughly split into the following topics: Spectroscopy of highly charged ions Dynamics and reactions of highly charged ions Determination of Ground state properties of atomic nuclei with atomic physics [...] the Atomic, Quantum & Fundamental Physics department at GSI is the ESR. In the ESR, highly-charged ions can be stored and investigated over a long period of time. Here, electron capture from an electron

laser photons to the X-ray regime, coherent radiation by channeling of relativistic ions (at the APPA cave ), electron-ion recombination, and electron and photon spectroscopy will be used and will give hitherto [...] the heavy ion storage ring experiments at the HESR and to the transfer of CRYRING to the current ESR . Whereas the high energy APPA cave offers direct SIS100 beams of highly charged heavy ions up to 10 [...] state QED and nuclear parameters, exotic nuclear decay modes in highly-charged ions, and parity non-conservation in high-Z ions and extreme electromagnetic fields. As part of the Swedish in-kind contribution

complex which consists of the linear accelerator UNILAC, the heavy-ion synchrotron SIS and the experimental storage-cooler ring ESR. Ions of all elements, from hydrogen to uranium, can be accelerated up [...] gical effects of ion beams Experimental stations and various instrumentation (incl. the new Materials Research Branch at the UNILAC) for applications of high and low energy heavy ion beams in materials [...] 90% of the velocity of light. Moreover, beams of artificially created unstable nuclei - radioactive ion beams - are available for the research programme, as well as beams of highly ionized atoms up to bare