NECTAR - Nuclear rEaCTions At storage Rings Next-generation nuclear-reaction experiments using unstable ion beams As an ERC grant of Beatriz Jurado from LP2i Bordeaux, NECTAR is aiming to constrain crucial [...] applications. The novel approach is based on the surrogate reaction scheme applied tostored heavy ions in the ESR and it facilitates measurements of reactions on radioactive nuclei, which are impossible

The award honors the best PhD thesis within the collaboration concerning atomic physics with heavy ions at the research facilities of GSI and FAIR. SPARC stands for Stored Particles Atomic Physics Research

Materials Science Parameters Time Structure d.c. during spill Number of U73+ ions at 1 GeV/u >1×10^9/s Number of U92+ ions at 10 GeV/u >1×10^8/s Transverse emmitance at 1 GeV/u 3(h)× 4(v) mm mrad Transverse

AP-Group Instruments Detector Development Electron Spectrometer Electron Target / Cooler Ion sources Laser Cooling Laser Spectroscop y Photon and X-Ray Spectrometers Ring Physics and Performance Target

result also opens new perspectives for the international facility FAIR (Facility for Antiproton and Ion Research), which is currently under construction in Darmstadt. (CP) Further information Scientific

includes the underground SIS100 accelerator ring with a circumference of 1100 meters. It accelerates ions of all elements to almost the speed of light, enabling a unique research program. This is connected

of the Sun’s birth Joining forces for cancer research: TRON and GSI/FAIR study combination of heavy ion therapy and mRNA vaccine Time-lapse of the FAIR construction site GSI/FAIR at the trade fair in Arheilgen

experimental measurement of the half-life of the bound-state beta decay of fully ionized 205 Tl 81+ ions was only possible thanks to the unique capabilities of the Experimental Storage Ring (ESR) at GSI/FAIR [...] GSI/FAIR. The ESR is presently the only facility where such measurements are feasible. The 205 Tl 81+ ions were produced using nuclear reactions in GSI/FAIR’s Fragment Separator (FRS) and then stored long [...] advancements in accelerator technology made it possible to generate an intense and pure 205 Tl 81+ ion beam and measure its decay with high precision,” said Professor Yuri A. Litvinov, spokesperson for

also provide the necessary capacity for the future research center FAIR (Facility for Antiproton and Ion Research), which is currently being built at GSI. Furthermore, it hosts the so-called Digital Open

© ion42, D. Fehrenz, GSI/FAIR GSI and FAIR are aware of their impact on the environment, in particular the energy consumption caused by the operation of the accelerator. For this reason, GSI and FAIR take