Name: 1. Verbund Meeting CMOS
Start: 2023-02-27T10:00:00+01:00
End: 2023-02-28T18:00:00+01:00
Location: Physikalisches Institut Heidelberg

Monday 27 February
- Mon 27 Feb
- Tue 28 Feb
- Presentations: Welcome
- Presentations
  - 1
    
    Passive CMOS Strips: Simulation Studies and Testbeam Results
    
    Speaker: Fabian Lex (Freiburg)
    
    fabian_presentation_Heidelberg.pdf
  - 2
    
    Passive CMOS Strips: Lab Measurements
    
    Speaker: Marta Baselga Bacardit (Technische Universitaet Dortmund (DE))
    
    cmos_strips.pdf
  - 3
    
    Passive CMOS Pixel
    
    Speaker: Ivan Dario Caicedo Sierra (Bonn)
    
    CMOS_Verbundmeeting_2023_passive_CMOS.pdf
  - 4
    
    Status and Progress TJ-Monopix2
    
    Speaker: Christian Bespin Valero (BELLE (BELLE II Experiment))
    
    2023-02-27_cmos_verbundmeeting.pdf
  - 5
    
    Status and Progress LF-Monopix2
    
    Speaker: Lars Schall (BELLE (BELLE II Experiment))
    
    202302_LFMonopix_Verbundsmeeting.pdf
- 16:00
  
  Coffee
- Presentations
  - 6
    
    Charge Deposition and Charge Collection in HV-MAPS
    
    Speaker: Ruben Kolb (PI Heidelberg)
    
    Charge_deposition_and_Collection_in_HV-MAPS.pdf
  - 7
    
    Measuring Large Charge Depositions with HV-MAPS
    
    Speaker: Danish Alam (PI Heidelberg)
    
    CMOS_Meeting_v3.pdf
  - 8
    
    Investigations of a BiCMOS Pixel Sensor
    
    Speaker: Benjamin Weinläder (Heidelberg)
    
    2023_BeBiPix.pdf
  - 9
    
    Sensor development at KIT
    
    Speaker: Ivan Peric (BELLE (BELLE II Experiment))
    
    KIT_Projekte.pptx
- 19:00
  
  Dinner
  
  Restaurant Tati
Tuesday 28 February
- Mon 27 Feb
- Tue 28 Feb
- Presentations
  - 10
    
    Strahlenahrter RISC-V Mikroprozessor Kern
    
    Speaker: Alexander Walsemann (FH Dortmund)
    
    verbundmeeting_heidelberg.pptx
  - 11
    
    Hochfrequenz Tiefsetzsteller
    
    Speaker: Jeremias Kampkötter (FH Dortmund)
    
    2023_HeidelbergVerbundmeeting.pdf
- Group Leaders: Discussions and Planning

1. Verbund Meeting CMOS

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Physikalisches Institut Heidelberg