Femtoscopic correlations of pairs of nonidentical particles in Monte Carlo simulations for the CBM experiment

• Wioletta Borzym (Warsaw University of Technology(WUT))

Optimierung der lokalen Rekonstruktion beim STS-Detektor des CBM-Experiments zur effizienten Prozessierung auf GPUs

• Kilian Hunold (Frankfurt Institute for Advanced Studies(FIAS))

Ring reconstruction in the MAPMT photodetector plane of the mCBM-RICH detector with the help of Convolutional Neural Networks

• Robin Haas (Justus-Liebig-Universität Gießen(JULGi))

Pattern recognition using machine learning for the mRICH detector in the mCBM experiment

• Martin Beyer (Justus-Liebig-Universität Gießen(JuLGi-2PI))

Evaluation of the prototypes of the detector modules for the CBM Silicon Tracking System

• Oleksandr Kshyvanskyi (National Academy of Sciences of Ukraine(KINR))

CBM performance study of K^0_S yield using ML techniques for Au+Au collision at p_beam =12 AGeV

• Shantanu Bhalerao

Feasibility study of femtoscopic measurements of strange particles in the CBM experiment at FAIR

• Malgorzata Karabowicz (Warsaw University of Technology(WUT))

Visualisation of Data and Validation of Reconstruction Algorithms used in Hadronic Physics Experiments

• Adriana Nan (National Institute of Physics and Nuclear Engineering (IFIN-HH))

CBM performance for K^0_S meson measurement using Machine Learning

• Olha Lavoryk (Taras Shevchenko National University of Kyiv)

Aufbau und Inbetriebnahme eines Teststandes für die CBM-RICH Front-End-Elektronik

• Urs Große-Rhode (Universität Wuppertal)