| Lastname | Firstname | Title | Abstract |
| Atkin | Eduard | CSA chip for microstrip detectors | Described are main simulation results of CSA chip design, given as a part of the CBM MPW join run (UMC 0.18 um CMOS, June 2005). |
| Baublis | Victor | CBM MuID detector design optimization for dimuon measurements | The main parameters of CBM MuID detector, such as absorber thickness, the number of tracking stations and their space resolution, are analysed from the point of view of their influence on signal/background ratio for J/Psi and low mass mesons detection. |
| Bubak | Arkadiusz | L1 event selection algorithms for J/psi | |
| Ivashkin | Aleksandr | Very forward hadron calorimeter for CBM | Proposal |
| Jerusalimov | Alexander | Status of ASME Track Fitter | |
| Kiseleva | Anna | Vector meson identification via dimuon decay | |
| Kostenko | Boris | CBM RICH ring recognition using selective Hough transform | |
| Lebedev | Andrey | CBM TRD trackfinder | |
| Levterov | Konstantin | Some prototype investigation of the straw-chamber parameters | |
| Lutsenko | Vasiliy | Some prototype investigation of the straw-chamber parameters. | |
| Maevskaya | Alla | Charmonium study via di-electron channal | Status report |
| Ososkov | Gennady | Status of the CBM RICH ringfinder and fitter | |
| Parzhitskiy | Stanislav | TRD simulation at LPP JINR | |
| Sadovsky | Sergey | RICH development | |
| Slusarczyk | Lukasz | Detection of muons in CBM. A study of trigger filter and background algorithms. | The Compressed Baryonic Matter experiment (CBM) at GSI Darmstadt will be performed with high-energy nucleus-nucleus collisions and will address fundamental issues of high density QCD. One of them will be the deconfinement, studied through the measurement of J/Psi production which, in turn, will be detected in its leptonic decay channels J/Psi->2e and J/Psi->2mu. The Warsaw group of the CBM collaboration studies the feasibility of J/Psi identification in the CBM experiment via the 2-muon decay. Because of the expected extremely low charmonium multiplicity (1.9*10^{-5} per central event), the main problem is the rejection of background muons produced by in-flight pion decays. Filters and algorithms that can be applied at various trigger levels are studied. Detector resolutions and the geometry of CBM-experiment required for efficient background rejection are specified. |
| Vassiliev | Iouri | Analysis of D^{0} and D^{+} mesons detection in Au+Au collisions at 25 AGeV | The presentation studies feasibility of the exclusive reconstruction of D^{0} and D^{+} mesons in the hadronic decay channels. D-mesons detection strategy is discussed. High resolution secondary 2 and 3 tracks vertex determination realized by using MAPS detectors. |
| Vesztergombi | Gyorgy | Search for jet quenching below 20 GeV cm energies | David D'Enterria has re-examined the pp reference data used to measure the hadron production at the SPS, and concludes that its uncertainties were previously underestimated and the signs of jet quenching indeed also be present at the SPS. In view of this fact one can ask whether the real jet quenching threshold is given in the SPS range or one should go down to FAIR. The complamentarity of CBM pp measurements to SPS PbPb will be discussed in the 20-90 GeV beam energy range. |
Number of contributions: 17