Gas Tightness Measurements for CBM-TRD Modules

• Ruben Weber (Westfälische Wilhelms-Universität Münster(UMs-IKP))

Deep Learning for Identification of Short-Lived Particles in the CBM Experiment at FAIR

• Robin Lakos (Frankfurt Institute for Advanced Studies(FIAS))

Application of machine learning methods for particle identification in the CBM experiment

• Julian Nowak (Warsaw University of Technology(WUT))

An innovative architecture of Multi-Strip Multi-Gap Resistive Plate Counters for the inner zone of the Time-of-Flight system for the CBM experiment

• Daniel Ion Dorobantu (National Institute of Physics and Nuclear Engineering (IFIN-HH))

Entwicklung eines Testprogramms für den Auslese-ASIC des CBM-TRD Detektors

• Dennis Spicker

Weiterentwicklung und Tests der Detektorsimulation des CBM-TRD

• Lena Rossel (Goethe-Universität Frankfurt(UFfm-IKP))

Analyse und Optimierung der parallelen Prozessierung des Unpackings, ausgehend vom STS-Detektor am mCBM-Experiment

• Sebastian Heinemann (Frankfurt Institute for Advanced Studies(FIAS))

Investigation of thermal properties and alternative sensor integration concepts for the CBM-MVD

• Fabian Hebermehl (Goethe-Universität Frankfurt(UFfm-IKP))

Neural Network Based Approach for Optimization of Lambda Signal/Background Ratio in the CBM Experiment at FAIR

• Gianna Zischka (Frankfurt Institute for Advanced Studies(FIAS))

Charakterisierung von Rohdaten des CBM-TRDs

• Marius Kunold (Goethe-Universität Frankfurt(UFfm-IKP))