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Highlights from Parallel session 10 - Simulation and Modeling - Makoto Asai (SLAC) CHEP03 - UC San Diego.

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Presentation on theme: "Highlights from Parallel session 10 - Simulation and Modeling - Makoto Asai (SLAC) CHEP03 - UC San Diego."— Presentation transcript:

1 Highlights from Parallel session 10 - Simulation and Modeling - Makoto Asai (SLAC) CHEP03 - UC San Diego

2  It is the great pity that we could not have Dr. G.Battistoni, who are expected to share the role of session convener.

3 Structure of sessions

4 Monday sessions  Dedicated to general purpose simulation tools (FLUKA and Geant4)  General status reports  Detailed physics models  Validation results from experiments

5 Presentations (Monday - I)  Overview of Geant4 recent developments J.Apostolakis on behalf of Geant4 collaboration  Geant4 hadronic physics status and validation for large HEP calorimeters J.-P.Wellisch  Status of the physics validation studies using Geant4 in ATLAS A.Dell ’ Acqua on behalf of ATLAS Geant4 validation team  The physics models of FLUKA : status and recent developments A.Fasso et. al.  FLUKA : present and future G.Battistoni et. al.

6 Presentations (Monday - II)  String parton models in Geant4 G.Folger et. al.  Bertini inter-nuclear cascade model implementation in Geant4 A.Heikkinen et. al.  Geant4 hadronic validation suite for the cascade energy range V.Ivantchenko et. al.  Validation of Geant4 by the CMS experiment P.Arce et. al.  ALICE experience with G4 I.Gonzalez et. al. for the ALICE collaboration

7 Tuesday session  Dedicated to Concrete simulation (and reconstruction) applications for individual experiments  Frameworks  Requirements  Validation results  Status and plans

8 Presentations (Tuesday)  The full detector simulation for the ATLAS experiment : status and outlook A.Rimoldi et. al.  Simulation application for the LHCb experiment W.Pokorski et. al.  Simulation in ALICE A.Morsch on behalf of the ALICE offline project  CDF detector simulation framework and simulation performance E.Gerchtein et. al.  Using Geant4 in the BaBar simulation D.Wright on behalf of the BaBar simulation group  Overview of GLAST simulation and reconstruction R.Dubois et. al.

9 Thursday session  Geometry modeling  Additional talks on simulation tool or application  Interfacing between more than one simulation tools

10 Presentations (Thursday)  A geometrical modeler for HEP A.Gheata et. al. for the ALICE collaboration  The XML-based geometry description for the STAR experiment at BNL M.Potekhin et. al.  TPC tracking and particle identification in high-density environment M.Ivanov et. al.  Electro and gamma nuclear physics in Geant4 M.Kossov et. al.  Interfacing the JQMD and JAM nuclear reaction codes to Geant4 T.Koi et. al.  Development of an interface for using EGS4 physics processes in Geant4 K.Murakami et. al.

11 Some highlight slides from presentations

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41 Precision Chambers (MDT) Encap Trigger Chambers (TGC) Barrel Trigger Chambers (RPC) Inner Precision Chambers (CSC)

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55 Gamma-ray Large Area Space Telescope

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58 A Geometrical Modeller for HEP René Brun, Andrei Gheata, Mihaela Gheata

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62 Let me try to summarize …  Simulation and geometrical modeling are quite hot, active and challenging fields.  Harder and tighter requirements  New SW trends  We cannot stay, but must be evolving.  I would like to thank all the contributors.


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