Research Academy Hesse for FAIR (HFHF) The HFHF Academy founded as part of GSI Helmholtz Centre for Heavy Ion Research is dedicated to the investigation of properties and behaviour of particles in order to gain [...] of this research is the accelerator facility FAIR under construction at GSI Darmstadt. Gold or lead ions as well as protons and anti-protons will be accelerated to almost the speed of light. In addition

Measurement and calculation of spectroscopic data of highly charged ions Jose Paulo Santos Univ. Lisboa 11:50 Electron-Dynamics in Relativistic Ion-Impact Induced Ionization Daniel Fischer* MPIK, Heidelberg 12:10 [...] Properties of Ions and Exotic Nuclei at Relativistic Energies Alexandre Gumberidze* EMMI & GSI Darmstadt 12:50 Lunch Break 15:00 QED calculations of the binding energies in highly charged Be-like ions Alexei

the GSI heavy ion synchrotron SIS18 M. Kirk, H. Damerau, I. Hofmann, O. Boine-Frankenheim, P. Spiller, P. Hülsmann Laser and Particle Beams 21 (2003) 85-89 Bunch compression in the heavy ion synchrotron [...] Sapinski, M. Schwickert, P. Spiller Proceedings of IPAC (2016) Busan, Korea Demonstration of Flat Ion Beam Creation and Injection into a Synchrotron L. Bozyk, S. Appel, L. Groening, Y. El Hayek, M.T. Maier [...] Spiller, K. Sugita Proceedings of IPAC (2015) Richmond, VA, USA Fast compression of intense heavy-ion bunches in SIS18 O. Chorniy, O. Boine-Frankenheim, P. Hülsmann, P. Spiller Proceedings of ICFA HB (2010)

on thin foils for defined time intervals [4]. Furthermore, heavy ions with similar characteristics as α-particles (helium and carbon ions) are used (Figure 3B). In order to be able to estimate the dose [...] clarifying the mechanisms involved and how carbon ion therapy can be beneficial. We investigate this using various in vitro and in vivo models. Carbon ion radiotherapy (CIRT) alone leads to a reduction of [...] für Schwerionenforschung GmbH Figure 8: Comparison of carbon ion radiotherapy, conventional therapy and immunotherapy Figure 9: Carbon ion radiotherapy in combination with immunotherapy (CIRT+CPI) leads

everything from the ion sources, the linear accelerator UNILAC and the ring accelerator SIS to the experimental storage ring (ESR) and the magnets, strippers and electrodes that guide the ion beam to the correct

everything from the ion sources, the linear accelerator UNILAC and the ring accelerator SIS to the experimental storage ring (ESR) and the magnets, strippers and electrodes that guide the ion beam to the correct

of such a detector has been developed for the ESR storage ring at GSI facility [4] and its single ion sensitivity has been demonstrated [5]. Currently a R&D prototype of a similar longitudinal detector [...] based on resonant cavity structure are also suitable for detection of trasnversal displacement of the ion beams (please refer to [6] for a review). Here the electric dipole field is used to discern the beam [...] elliptical cross section was proposed [7] and further investigated in [8]. Combined with an isochronous ion optical setting inside the storage ring, it is possible then to use the position information as an

( www.msl.se ) in Stockholm, Sweden, is well recognized for pioneering work on precision electron-ion spectroscopy with cold (‘expanded’) electron beams. CRYRING is presently being relocated to GSI using [...] second storage ring is world-unique and offers ample exciting opportunities for new paths in electron-ion collision physics. CRYRING@ESR features an electron cooler/target with an electron beam that is ad [...] CRYRING is combined with a very capable injector that can deliver intense beams of heavy highly charged ions and few-electron radioisotopes. The dual-storage ring assembly provides many additional options for

PHELIX hall and at the Z6 target station of the UNILAC heavy-ion accelerator, where pulses of laser beam can be delivered, synchronized with heavy-ion pulses. For more information on PHELIX performance please [...] PHELIX Users Application Procedure for PHELIX Beamtime Proposals for beamtime with PHELIX laser and/or ion beam are evaluated by the PHELIX and Plasmaphysics Program Advisory Committee (PPAC), consisting of

geometry, composition, and crystallographic orientation are synthesized by electrodeposition in etched ion-track membranes. Following topics are currently investigated within the GSI Materials Research Group [...] Department E-mail: m.e.toimilmolares(at)gsi.de Tel: + 49 6159 711807 GSI Helmholtz Center for Heavy Ion Research Planckst. 1 64281 Darmstadt Germany