GSI as publisher

We propose a full-system test-setup for the Compressed Baryonic Matter experiment CBM atSIS18 under the name mCBM@SIS18 (“mini-CBM”, later shortened to “mCBM”), comprisingfinal prototypes or pre-series components of all CBM detector subsystems. The primary aim is tostudy, commission and test the complex interplay of the different detector systems with the freestreamingdata acquisition and the fast online event reconstruction and selection. [...]

HADES is operated with beams from SIS18 and investigates the microscopic properties of resonance matter formed in heavy-ion collision in the 1–2A GeV energy regime. Important topics of the research program are the mechanisms of strangeness production, the emissivity of resonance matter and the role of baryonic resonances herein [...]

The plasma physics department of GSI organized a workshop on plasma physics at FAIR on June 21th-23th 2017. The Extreme Matter Institute (EMMI) sponsored the workshop. [...]

The plasma physics department of GSI organized a workshop on plasma physics at FAIR on July 11th-13th 2016. That workshop, that has been sponsored by EMMI, HI-Jena and the plasma physics department of GSI, has gathered the plasma physics community to discuss actual topics in plasma physics and other related areas in order to actualize the science program for the plasma physics target station at FAIR. [...]

This document describes the technical design and the performance of the Transition Radiation Detector (TRD) of the Compressed Baryonic Matter (CBM) experiment at FAIR. The main task of the TRD is to identify electrons above momenta of 1 GeV/c and thus to extend the electron identification capabilities of the Ring Image CHerenkov (RICH) detector above momenta of p ~ 5 GeV/c. [...]