developed to provide fast 3D cooling of hot secondary beams (anti-protons at 3 GeV and rare isotope ions at 740 MeV/u) at intensities up to 108 particles per cycle. For antiproton cooling, cryogenic plunging [...] COOL 2015 , Newport News, VA, USA DOI:10.18429/JACoW-COOL2015-MOYAUD04 Stochastic Cooling Of Heavy Ions In The HESR R. Stassen, B. Breitkreutz, G. Schug, H. Stockhorst COOL 2015 , Newport News, VA, USA

Design of the Superconducting Extraction and Injection Quadrupole Doublet Modules for the SIS100 Heavy Ion Synchrotron J. Ceballos Velasco, J.P. Meier, A. Bleile, K. Sugita, P. Schnizer, E. Fischer and P. Spiller

leading a few experimental campaigns at FRS Ion Catcher at GSI Helmholtz Centre for Heavy Ion Research and the preparations for future experiments at Super-FRS Ion Catcher at FAIR. Contact Dr. Marta Polettini [...] + ” . Here, he implemented an electron beam ion source at the COALA beamline at the Institute for Nuclear Physics in Darmstadt to produce He-like carbon ions to perform collinear laser spectroscopy with [...] collinear laser spectroscopy of ions ejected from a multi-reflection time-of-flight mass spectrometer, and a second one targeting the deceleration, trapping and laser cooling of fast-ion beams. He designed, constructed

state-of-the-art accelerator, which will accelerate ions of all elements up to 99 percent of the speed of light. The Facility for Antiproton and Ion Research (FAIR) is being built at the GSI Helmholtzzentrum [...] installed. They will be part of the 1.1 km ring accelerator SIS100, which will be able to accelerate ions of all elements to up to 99 per cent of the speed of light. The function of the magnets is to steer

characterize functional MAPS samples, in planar and bent geometries, and irradiate them at the GSI/FAIR ion beam facilities. The shape and size of the pixel clusters activated by the impinging particles with

findings in the field of nuclear structure using modern time-of-flight mass spectrometers at the FRS Ion Catcher and the TITAN experiment at TRIUMF in Vancouver (Canada). At the end of the annual meeting

Consortium hopes to build center based on carbon ion system, not proton beam Crains Detroit Business 18.08.2008 Move over proton beam, here comes carbon ion Some hospital groups back newer, possibly more [...] der biologischen Strahlenforschung ausgezeichnet Pysics Today - Press release 29.09.2025 Radioactive ion beam enables monitoring of a cancer treatment as it’s performed GSI/FAIR - Pressemitteilung 02.09.2025 [...] GSI/FAIR-Beteiligung Physics World, Particle therapy Research update(Tami Freeman) 24.11.2020 Carbon ions team up with immunotherapy to tackle advanced tumours Pressemitteilung GSI/FAIR 09.11.2020 Perspektivender

the produced ions inevitably have a large velocity spread,” explains Professor Yury Litvinov, who was responsible for the conduction of the experiment at GSI/FAIR. “To force the same ion species to have [...] are exactly compensated by the lengths of ion trajectories. As a result, we were able to reliably separate the ground and the isomeric states of germanium-72 ions despite their very slight relative mass [...] number A=72, which was stripped of its entire electron shell. For this purpose, a beam of krypton ions was accelerated to about 70% of the speed of light with the GSI/FAIR accelerator facility and subsequently

1996. His main areas of research were nuclear fission, atomic physics and the interaction of heavy ions with matter. As the initiator of the research program for the synthesis and study of superheavy elements

conditions. The HADES detector is a versatile fixed-target collision experiment that operates with ion beams of a few GeV provided by the SIS18 synchrotron, and probes the systems created in such collisions [...] Similar properties of matter are expected to form in merging neutron stars, making low-energy heavy-ion collisions a unique opportunity to study the microscopic and macroscopic properties of such matter [...] beams to study the properties of hadronic resonances and provide reference measurements for heavy-ion collisions. Recently, HADES is also set to analyze Au+Au and C+C collisions at kinetic beam energies