betrifft die Erzeugung eines Ionenstrahls mit der LIGHT-Beamline, der in das Schwerionen-Synchrotron SIS18 der GSI injiziert wird. Die Injektion eines lasergenerierten Ionenstrahls in ein Synchrotron wäre [...] Um dies zu erreichen, werden wir eine Demonstration der Single-Shot-Injektion von Protonen in das SIS18 präsentieren. Außerdem werden wir zeigen, wie eine Laserprotonenquelle mit hoher Wiederholrate in

of high current uranium ion beam into the UNILAC at GSI To fill up the GSI heavy ion synchrotron (SIS) to its space charge limit with uranium ions, a vacuum arc ion source, based on the metal vapor vacuum

infrastructure. I.e., the following steps only apply for users of our GSI infrastructures (UNILAC and SIS): Application for beam time at GSI At the GSI biophysics department, beam access is provided either

synchrotron SIS and the experimental storage-cooler ring ESR. Ions of all elements, from hydrogen to uranium, can be accelerated up to momenta given by the 18 Tm maximum rigidity of the SIS. Even for uranium

: Direct comparison of phase-space distributions of K - and K + mesons in heavy-ion collisions at SIS energies -- evidence for in-medium modifications of kaons? (nucl-ex/0101009) Eur. Phys. Journ. A 9 [...] highly-segmented E-time-of-flight wall as forward detector of the 4-system for charged particles at the SIS/ESR accelerator Nucl. Instr. Meth. A324 (1993) 156 J.P. Alard and the FOPI collaboration: Midrapidity

synchrotron SIS and the experimental storage-cooler ring ESR. Ions of all elements, from hydrogen to uranium, can be accelerated up to momenta given by the 18 Tm maximum rigidity of the SIS. Even for uranium

unterzeichnet Volles Tempo für die Produktion von Beschleunigungssystemen für FAIR-Ringbeschleuniger SIS100 GSI/FAIR-Forschung unterstützt den Kampf gegen Corona Kooperationsvereinbarung trotz Coronakrise

activity © Photo: J. Hosan/GSI Helmholtzzentrum für Schwerionenforschung GmbH Heavy-ion synchrotron SIS18 Cosmic radiation is considered the main health hazard for human exploration and colonization of the

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

(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