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Lohengrin Meeting #1

→ Europe/Berlin
Kreuzbergweg 24/2.010 (FTD) - Besprechungsraum 2. OG (FTD)

Kreuzbergweg 24/2.010 (FTD) - Besprechungsraum 2. OG

FTD

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Description

Zoom-Meeting beitreten

Meeting-ID: 946 3296 4548 

Kenncode: 662791 

    • 09:00 → 09:20
      Introduction/To-Do-List/General 20m
      Speakers: Klaus Desch (uni-bonn), Klaus Desch (Physikalisches Institut - University of Bonn), Matthias Hamer (uni-bonn)
    • 09:20 → 09:40
      Theory and Model
    • 09:40 → 10:00
      Software
      • 09:40
        IT 10m
        Speakers: Markus Gruber (FTD), Dr Oliver Freyermuth (University of Bonn)
      • 09:50
        Cedric 10m
        Speaker: Cedric Breuning (University Bonn)
    • 10:00 → 10:50
      Detector
      • 10:00
        Tobias 10m
        Speaker: Tobias Schiffer (uni-bonn)

        Wir bekommen für Lohengrin eine Internship Studentin aus der Türkei (Cemre Kurt). Sie wird vom 01.07.2026 bis zum 15.09.2026 hier sein. 

        Wir hatten vorgeschlafgen das sie sich mit dem HCal in Simulation und Hardware beschäftigen kann, hier das Proposal im Wortlaut:

         

        “The traineeship will be carried out within the research activities of our group, focusing work on the hadronic calorimeter of the Lohengrin Experiment.
        The hadronic calorimeter (HCal) is a detector that is crucial for the identification of rare background events at the experiment. According to a preliminary design, it consists of stacked layers of steel and scintillator material read out by photomultipliers(PMTs). At first a small scale prototype that can be used for preparatory data taking will be build and instrumented from existing, but partially old and/or untested components. The first step would be to characterize the scintillator material and to instrument the PMTs. Work on electronics as well as programming of microcontrollers here is as important as the mechanical setup of the HCal prototype. Secondly a simulation of the HCal can be set up to determine the best layout of the prototype calorimeter. For this we are currently working on a simulation framework based on GEANT4 which can be used to set up different HCal geometries and compare them.”

      • 10:10
        Patrick 10m
        Speaker: Patrick Schwäbig
      • 10:20
        Mika 10m
        Speakers: Mika Thein, Mika Thein
      • 10:30
        Nico 10m
        Speaker: Nico Klein
      • 10:40
        Emma 10m
        Speaker: Emma Thier (Uni Bonn)