ILC TPC Analysis Jamboree

Name: ILC TPC Analysis Jamboree
Start: 2006-02-13T12:00:00+01:00
End: 2006-02-17T14:15:00+01:00
Location: DESY

13 Feb 2006, 12:00 → 17 Feb 2006, 14:15 Europe/Zurich

DESY

Peter Wienemann/Paul Colas

Monday 13 February
- 13:55 → 17:55
  Resolution
  
  Get an overview over the currently used methods to extract the resolution (from raw data to resolution numbers) as well as gas properties and over the systematics studies done so far in the various groups. Discussion of possible ways to check and ensure consistency within the ILC TPC groups.
  - 13:55
    
    Introduction 5m
    
    Speaker: Paul Colas (CEA Saclay)
    
    more information
  - 14:00
    
    Track fitting and resolution measurement techniques 20m
    
    Speaker: Dean Karlen (U Victoria)
    
    more information
  - 14:25
    
    Track fitting with pad response function 20m
    
    Speaker: Kirsten Sachs (Carleton University)
    
    more information
  - 14:50
    
    Reconstruction and systematics of resolution measurements 20m
    
    Speaker: Martin Killenberg (RWTH Aachen)
    
    more information
  - 15:15
    
    Reconstruction and resolution studies 20m
    
    Speaker: Matthias Enno Janssen (DESY)
    
    more information
  - 15:40
    
    Ultimate spatial and dE/dx resolution with pixels 20m
    
    Speaker: Michael Hauschild (CERN)
    
    more information
  - 16:05
    
    Break 20m
  - 16:30
    
    Fundamental limitations on the resolution 20m
    
    Speaker: Paul Colas (CEA Saclay)
    
    more information
  - 16:55
    
    How to improve the spatial resolution 20m
    
    Speaker: Vincent Lepeltier (LAL Orsay)
    
    more information
  - 17:20
    
    Reconstruction methods for the PANDA TPC 30m
    
    Speaker: Quirin Weitzel (TU Munich)
    
    more information
Tuesday 14 February
- 09:00 → 12:00
  Simulation
  
  Presentation of the various simulation programs in use in the ILC TPC groups. Discussion of pros and cons of the different approaches and clarify what is needed for which tasks.
  - 09:00
    Geant-based Simulation 15m
    
    Speaker: N. N.
    
    Geant 4 based simulation for T2K 15m
    
    Speaker: A. Sarrat (CEA Saclay)
    
    more information
    
    GEANT 3 simulation for T2K 15m
    
    Speaker: Dean Karlen
    
    more information
    
    Plans for a Simulation Study of the Magnetic Field Requirements of the LC TPC 15m
    
    Speaker: C. Hansen (U. Victoria)
    
    more information
  - 09:20
    
    Simulation based on HEED and Friends 15m
    
    Speaker: N. N.
  - 09:40
    
    Parametrization-based simulation for GEM based TPCs 15m
    
    Speaker: Astrid Muennich (RWTH Aachen)
    
    more information
  - 10:00
    
    Avalanche fluctuations 15m
    
    Speaker: Max Chefdeville (NIKHEF)
    
    more information
  - 10:20
    
    Analysis of pixel data 15m
    
    Speaker: Peter Kluit (NIKHEF)
    
    more information
  - 10:40
    
    Discussion 1h 20m
    
    Speaker: all
- 14:00 → 18:00
  
  General Discussion
  
  Free time for any kind of discussion or work.
Wednesday 15 February
- 09:00 → 12:00
  Resolution
  
  Resolution issues with examples from cosmics and beam tests.
  - 09:00
    
    T2K test beam analysis 20m
    
    Speaker: Marco Zito (CEA Saclay)
    
    more information
  - 09:25
    
    T2K techniques 20m
    
    Speaker: Federico Sanchez (IFAE Barcelona)
    
    more information
  - 09:50
    
    Data analysis of the Berkeley-Orsay-Saclay cosmics and KEK test beam runs 20m
    
    Speaker: Dan Burke (Carleton U)
    
    more information
  - 10:15
    
    Analysis of test beam and cosmic ray data taken by GEM or MWPC equipped prototype TPC 20m
    
    Speaker: Katsumasa Ikematsu (DESY)
    
    more information
Friday 17 February
- 14:00 → 14:15
  Summary : CANCELLED
  
  This session is CANCELLED due to no volunteers to report by video from other regions and no request from remote sites to maintain it.
  - 14:00
    
    Summary of the discussions 15m
    
    Speaker: Paul Colas and Matthias Enno Janssen
    
    more information