学术报告：The CBM experiment at FAIR: physics program and experimental realisation
报告题目：The CBM experiment at FAIR: physics program and experimental realisation
报 告 人：HERRMANN, Norbert (University of Heidelberg)
报告时间：2015年12月11日（星期五）上午10：30-11：30
报告地点：嘉定园区102楼503室
报告简介：
The Compressed Baryonic Matter (CBM) experiment aims at mapping out the QCD phase diagram at the highest baryon densities that can be reached with heavy-ion collisions. The key element of CBM is it's unique rate capability allowing for systematic precision measurements of hadronic and electromagnetic rare probes. The current knowledge about the equation-of-state and possible phase transitions signatures addressed by CBM will be discussed.
报告人简介：
Education history
1984 Diploma of Physics, University Münster, Germany
1987 PhD,”summa cum laude”, University of Heidelberg, Germany
1995 Habilitation (venia legendi), University of Heidelberg, Germany
Employment history
1987 – 1988 Postdoc at State University of New York at Stony Brook, USA
1988 – 1989 Visiting assistant professor at SUNY, Stony Brook, USA
1989 – 1991 Scientific Employee, University of Heidelberg
1991 – 1998 Staff Scientist, Gesellschaft für Schwerionenforschung (GSI), Darmstadt
since 1998 Professor of Physics, University of Heidelberg
Scientific involvements
since 1987 Member of the E814/E877 collaboration at the AGS of BNL, USA
since 1989 Member of the FOPI collaboration at GSI, Germany
since 1997 Spokesperson of the GSI Experiment FOPI
2000 – 2012 Member of the ALICE collaboration at LHC / CERN
since 2004 Project leader “TOF” of the CBM experiment at FAIR
since 2006 Member of the CBM management board
2008 – 2011 Member of EU Hadron Physics 2, WP18, “Future Gas”
since 2012 Member of EU Hadron Physics 3, WP19, “Future PID”
报 告 人：HERRMANN, Norbert (University of Heidelberg)
报告时间：2015年12月11日（星期五）上午10：30-11：30
报告地点：嘉定园区102楼503室
报告简介：
The Compressed Baryonic Matter (CBM) experiment aims at mapping out the QCD phase diagram at the highest baryon densities that can be reached with heavy-ion collisions. The key element of CBM is it's unique rate capability allowing for systematic precision measurements of hadronic and electromagnetic rare probes. The current knowledge about the equation-of-state and possible phase transitions signatures addressed by CBM will be discussed.
报告人简介：
Education history
1984 Diploma of Physics, University Münster, Germany
1987 PhD,”summa cum laude”, University of Heidelberg, Germany
1995 Habilitation (venia legendi), University of Heidelberg, Germany
Employment history
1987 – 1988 Postdoc at State University of New York at Stony Brook, USA
1988 – 1989 Visiting assistant professor at SUNY, Stony Brook, USA
1989 – 1991 Scientific Employee, University of Heidelberg
1991 – 1998 Staff Scientist, Gesellschaft für Schwerionenforschung (GSI), Darmstadt
since 1998 Professor of Physics, University of Heidelberg
Scientific involvements
since 1987 Member of the E814/E877 collaboration at the AGS of BNL, USA
since 1989 Member of the FOPI collaboration at GSI, Germany
since 1997 Spokesperson of the GSI Experiment FOPI
2000 – 2012 Member of the ALICE collaboration at LHC / CERN
since 2004 Project leader “TOF” of the CBM experiment at FAIR
since 2006 Member of the CBM management board
2008 – 2011 Member of EU Hadron Physics 2, WP18, “Future Gas”
since 2012 Member of EU Hadron Physics 3, WP19, “Future PID”
相关附件