Open Access

Justyna Marganiec, Felix Wamers, Farouk Aksouh, Yuliya Aksyutina, Héctor Alvarez-Pol, Thomas Aumann, Saul Beceiro-Novo, Carlos A. Bertulani, Konstanze Boretzky, Maria José Garcia Borge, Marielle Chartier, Audrey Chatillon, Leonid V. Chulkov, Dolores Cortina Gil, Irina A. Egorova, Hans Emling, Olga Ershova, Christian Forssén, Luis Mario Fraile Prieto, Hans Otto Uldall Fynbo, Daniel Galaviz Redondo, Hans Geissel, Leonid V. Grigorenko, Michael Heil, Dieter H. H. Hoffmann, Jan Hoffmann, Håkan T. Johansson, Björn Jonson, Mesut Karakoç, Christos Karagiannis, Oleg A. Kiselev, Jens-Volker Kratz, Reinhard Kulessa, Nikolaus Kurz, Christoph Langer, Mattias Lantz, Kristian Larsson, Tudi Le Bleis, Roy Crawford Lemmon, Yuri A. Litvinov, Kripamay Mahata, Christian Müntz, Thomas Nilsson, Chiara Nociforo, Göran Hugo Nyman, Wolfgang Ott, Valerii Panin, Yulia L. Parfenova, Stefanos Paschalis, Angel Perea Martinez, Ralf Plag, René Reifarth, Achim Richter, Karsten Riisager, Carme Rodriguez-Tajes, Dominic M. Rossi, Gerhard Schrieder, Natalia B. Shulgina, Haik Simon, Joachim Stroth, Klaus Sümmerer, Jonathan Thomas Taylor, Olof Tengblad, Elisabeth Tengborn, Helmut Weick, Michael Wiescher, Christine Wimmer, Mikhail V. Zhukov

• The time-reversed reaction 15O(2p, γ)17Ne has been studied by the Coulomb dissociation technique. Secondary 17Ne ion beams at 500 AMeV have been produced by fragmentation reactions of 20Ne in a beryllium production target and dissociated on a secondary Pb target. The incoming beam and the reaction products have been identified with the kinematically complete LAND-R3B experimental setup at GSI. The excitation energy prior to decay has been reconstructed by using the invariant-mass method. The preliminary differential and integral Coulomb Dissociation cross sections (σCoul) have been calculated, which provide a photoabsorption (σphoto) and a radiative capture cross section (σcap). Additionally, important information about the nuclear structure of the 17Ne nucleus will be obtained. The analysis is in progress.