now being reflected properly through its name. The post-stripper DTL provides acceleration of the ions after they have been stripped in the gaseous stripper. The DTL is 55 meters long and comprises five

Z6 – a unique facility offering ion and laser beams for combined experiments Technical contact: Abel Blazevic Z6 ist ein Experimentierbereich in der Niederenergiehalle des UNILAC, in dem üblicherweise [...] hinaus trägt das LIGHT-Projekt zur Entwicklung neuer und moderner Beschleunigerstrukturen bei. Unilac ion beam: probing Phelix laser beam: heating nhelix laser beam: diagnostics 3 < Z < 92 0.3 -1 kJ @ 1 -

were able to gain exciting insights into the research with ion beams. This included accelerator facilities, where during research operations ions can race at around 270,000 kilometers per second, or the

potential for our own high-power laser system PHELIX — a petawatt laser which can be combined with the ion beam from the particle accelerator for the experiments — to improve our operations and thus our research [...] PhD in 2022 with a thesis at the GSI/FAIR high-power laser PHELIX (Petawatt-High-Energy Laser for Ion Experiments). Subsequently he worked as a postdoc at the Apollon laser facility in Paris, France, as

11.2018 14:00 Theorie Seminarraum SB3 3.170a Nanoscale insights on hypoxia radiosensitization with ion beams Daria Boscolo GSI Darmstadt 25.10.2018 14:00 Foyer Guest House PaNTERA - Flash Proton Radiography [...] Goethe-Universität, Frankfurt am Main 15.02.2018 14:00 KBW Hörsaal RNF138 stimulates resection of heavy-ion induced DNA double-strand breaks in human G1-phase cells Carina Barent GSI, Darmstadt

ensure that the advanced materials meet the extreme radiation demands of nuclear fusion. Our dedicated ion-irradiation infrastructure and expertise enable us to both produce and test materials under the most [...] Helmholtzzentrum für Schwerionenforschung is involved in testing material radiation hardness using ion radiation. The Belgian Nuclear Research Centre in Mol is an associated partner. Further information

technological breakthrough also makes it possible to transport highly charged heavy ions—which are currently available for ion trap experiments only at the HITRAP facility at GSI—to other research institutes

Deutsch: Equation‐of‐state studies of high‐energy‐density matter using intense ion beams at the Facility for Antiprotons and Ion Research Contributions to plasma physics Vol. 59 Issue 4-5 (2019) e201800143 [...] Lomonosov, V. Bagnoud, S. A. Piriz: Application of intense ion beams to planetary physics research at the Facility for Antiprotons and Ion Research facility Contributions to plasma physics Vol. 59 Issue

future at the GSI Helmholtzzentrum für Schwerionenforschung and at FAIR (Facility for Antiproton and Ion Research). They are spread over six different apprenticeships in the technical and administrative fields

Gettmann, S. Jacke, M. Kaiser, H. Podlech, U. Ratzinger, and W. Vinzenz Design Studies for a New Heavy Ion High-Energy Linac at GSI Authors: B. Schlitt, G. Clemente, W. Barth, and W. Vinzenz Transport and