are accelerated to around 90 percent of the speed of light in the UNILAC linear accelerator and the SIS ring accelerator. The target consists of 15 sections of stretched metal foil positioned one after another

n site for the future FAIR international accelerator center, as well as components for the future SIS100 ring accelerator. Tour Epsilon - FAIR Construction Site & Technology: You will see the detector

untersuchbare kurzzeitige Bildung heißer und verdichteter Kernmaterie. Mit dem neuen Schwerionensynchroton SIS18 war in Darmstadt in den 1990er Jahren die Tür zu höheren Strahlenergien und neuen Forschungsthemen

Jena; TU Braunschweig Search for K nuclear clusters and rare resonances in nuclear collisions at SIS18 Prof. Dr. Laura Fabbietti Technische Universität München / Fakultät für Physik completed 2014 then:

TRANSNATIONAL ACCESS (TNA) Users of GSI beam time for biophysics experiments at the GSI accelerator (SIS18 or UNILAC) can receive financial support via EU-funded transnational access (TNA) programs, if they

between GSI and JINR Full speed ahead for production of acceleration systems for FAIR ring accelerator SIS100 GSI/FAIR research supports the fight against corona Cooperation agreement despite corona crisis

generation of an ion beam with the LIGHT beamline, which will be injected into the heavy ion synchrotron SIS18 of GSI. The injection of a laser-generated ion beam into a synchrotron would represent a significant [...] to achieve this, we will present a demonstration of the single-shot injection of protons into the SIS18. Furthermore, we will show how a laser proton source with a high repetition rate can be operated

of covering the complete range of beam energies (0.1 - 2 GeV per nucleon) made available by GSI's SIS heavy ion synchrotron. The target is located within a superconducting coil, which produces a magnetic [...] nucleon produces approximately double the density of the ground state, and can thus be used at the GSI's SIS heavy ion synchrotron to prepare the conditions specified in the introduction. Variation of the beam

(counted as main shifts, w/o machine tuning shifts) of roughly 4,5 shifts at UNILAC, 51,0 shifts at SIS18. A list of typically available beam parameters can be found here . Proposals to be evaluated by the

(counted as main shifts) in 2026 and 2027 combined of roughly 87,5 shifts at UNILAC, 30,0 shifts at SIS18, 20,5 shifts in total for at ESR, ESR-HITRAP and ESR-CRYRING. For experiments at CRYRING in stan