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and PhD students and further growth is expected. GWFP members are part of large international collaborations like the LIGO scientific collaboration, the Virgo collaboration or the LHCb collaboration
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international group of researchers. Depending on the outcome of the analysis, you may set up another measurement at a test beam (e.g., at the CERN laboratory) with the prototype, which we have at hand. In
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detector upgrades at the Large Hadron Collider at CERN in Geneva and beyond. Combining measurements in space with time will enable experiments to cope with the extreme environment of the high luminosity LHC
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at CERN in Geneva and beyond. Combining measurements in space with time will enable experiments to cope with the extreme environment of the high luminosity LHC where they will see unprecedented hit rates
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in the design and characterization of pixel sensors and readout chips. One focus is on 4D tracking and fast timing detectors for future detector upgrades at the Large Hadron Collider at CERN in Geneva
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astroparticle physics. The detector R&D group focuses on new technologies in particle detection and is involved in the development of instrumentation for large scale facilities at CERN. This PhD position on 2D
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are still being studied. One example is the prediction of the “minimal viscosity” of the strongly coupled quark-gluon plasma, which has subsequently been supported by measurements at Brookhaven and CERN