accelerator facilities of GSI and FAIR. © Photo: G. Otto/GSI/FAIR The Green IT Cube. Construction time 1 year (December 2014 to November 2015) Commissioning: January 2016 Costs Construction costs: around €12 [...] megawatts) pumping capacity 1150 cubic meters per hour less than 7% of electrical power for cooling (PUE<1.07) water cooling in doors of computer cabinets no room air cooling necessary, allows spatially dense [...] 2015 L-CSC: Green500, 3rd place (as of November 2015) Green IT Cube: DataCenterDynamics Awards 2013 1st prize Data Center Blueprints 2nd prize Leadership in the Public Sector 2nd prize Innovation in IT

Due to the current tight situation regarding spaces and areas, we cannot always offer you a quick 1:1 solution. However, it has been found time and again that the constant changes at GSI also create new

tracks in the detectors. Two such decays, also from a nickel-nickel reaction at 1.93 GeV per nucleon, are visible in Figure 1. It can be seen that not all of the tracks originate from the same point. The [...] detector systems, the total assembly achieves its goal 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 [...] The energy loss is dependent on the type of particle and its momentum in a characteristic way. Figure 1 gives an impression of the available information. This shows the signals ("hits") as squares in a plane

pes. 1st Meeting of the International Biophysics Collaboration (Password protected) © [Translate to English:] Photo:G. Otto GSI Helmholtzzentrum für Schwerionenforschung GmbH Group photo of the 1st In [...] Patera Spokesperson Vincenzo Patera , Sapienza University of Rome, Italy vincenzo.patera(at)uniroma1.it © [Translate to English:] J. Prezado Deputy Yolanda Prezado , Centre National de la Recherche Sc

irregularity of Hamiltonian systems J. Struckmeier, A. Redelbach Physical Review E 74 (2006) 026209/1-026209/12 Energy-second-moment map: A new means for the regularity analysis of Hamiltonian systems (2005) [...] time-dependent Hamilton-Lagrange systems J. Struckmeier, C. Riedel Physical Review E 66 (2002) 066605/1-066605/12 Hamiltonian systems of charged particles in discrete and continuous description Habilitat [...] for time-dependent Hamiltonian systems J. Struckmeier, C. Riedel Physical Review E 64 (2001) 026503/1-026503/9 Invarianten für zeitabhängige Hamilton-Systeme (2001) Analytical approaches for the dynamics

stabilisieren. In der Elektronenkanone des Elektronenkühlers wird ein Elektronenstrahl von typisch 0.1 bis 1 A aus einer thermischen Kathode von 5 cm Durchmesser in einem longitudinalen Magnetfeld extrahiert [...] darunter und Durchmessern im Bereich von Millimeter, entsprechend Strahlemittanzen von weniger als 1 µm. Die Methode der Elektronenkühlung kommt bei nahezu allen Experimenten am ESR zum Einsatz. Sie erlaubt

Funding (from 2009) BMBF application (2024 – 2027): 05P24OD1 "Laser-cooling of highly-charged ion beams with a broad-band, pulsed laser system at SIS100" Prof. Dr. Ulrich Schramm / Dr. Michael Bussmann [...] techniques for SPARC" Prof. Dr. Thomas Walther, TU Darmstadt (IAP) BMBF application (2018 – 2021): 05P19PMFA1 "Development of a fluorescence detector for the laser cooling at SIS 100 and experiments with detection [...] Christian Weinheimer / Dr. Volker Hannen, Münster University BMBF application (2015 - 2018): 05P16ODFA1 "Cooling of beams of highly-charged ions at highly relativistic energies with pulsed-laser systems"

facility The FAIR facility consists of a superconducting ring accelerator with a circumference of 1,100 meters, storage rings and experiment sites with several kilometers of beam line in total. GSI a [...] exist in the universe e.g. in stellar explosions or in the core of planets. Employees of GSI and FAIR 1,580 employees Scientific users of the FAIR facility 3000 researchers from 50 countries. Investments

Balß Phone: +49-6159-71-1376 Room: BR1 3.011 Deputy © Copyright: GSI Helmholtzzentrum für Schwerionenforschung GmbH Thomas Winnefeld Phone: +49-6159-71-2014 Room: BR1 3.001 The assignment of the group members

Sprechers Prof. Dr. Claudia Fournier GSI Helmholtzzentrum für Schwerionenforschung GmbH Planckstraße 1 64291 Darmstadt Tel.: 06159/71 2692 Fax: 06159/71 2106 E-Mail: c.fournier(at)gsi.de Stellvertreterin [...] Otto/GSI Sekretariat Julia Bellartz GSI Helmholtzzentrum für Schwerionenforschung GmbH Planckstraße 1 64291 Darmstadt Tel.: 06159/71 2139 Fax: 06159/71 2106 E-Mail: j.bellartz(at)gsi.de