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Progress in algorithms and numerical tools for QCD

Europe/Zurich
IJCLab (Orsay, France)

IJCLab

Orsay, France

Bâtiment 210, Amphi 1
Description

Organized in the framework of the GDR "QCD", this workshop aims to discuss about progress in algorithms and numerical methods that theorists and experimentalists use in research activities covered by the GDR. The role of new computer architectures of the exa-scale era will be emphasized.

Confirmed speakers:    

  • Dimitrios Bachtis (University of Swansea)  
  • Valerio Bertone (CEA/Irfu)  
  • Matteo Bugli (CEA/DAP)
  • Eric Dumonteil (CEA/Irfu)    
  • Carlo Flore (IJCLab)  
  • Samuel Friot (IJCLab)  
  • Patrick Fritzsch (Trinity College Dublin)
  • Jose Manuel Morgado (University of Huelva)  
  • Stéphane Munier (CPhT)    
  • Jérémie Quarroz (KIT Karlsruhe)
  • Malin Sjödahl (University of Lund)
  • Gen Wang (CPT)

 

 

Participants
    • 14:00 16:10
      Session 1 Amphi 1 - Bât.210 (IJCLab)

      Amphi 1 - Bât.210

      IJCLab

      • 14:00
        Welcome 10m
        Orateur: Dr Benoît Blossier
      • 14:10
        The NLOAccess project 30m
        Orateur: Carlo Flore (IJCLab Orsay)
      • 14:40
        Non-factorisable contributions to t-channel single-top production 30m
        Orateur: Jérémie Quarroz
      • 15:10
        Efficient numerical methods for solving evolution equations in QCD 30m
        Orateur: Valerio Bertone (IRFU, CEA, Université Paris-Saclay)
      • 15:40
        A few steps towards the numerical evaluation of multivariable hypergeometric functions 30m
        Orateur: Samuel Friot (IJCLab)
    • 16:10 16:30
      Coffee break 20m IJCLab

      IJCLab

      Orsay, France

      Bâtiment 210, Amphi 1
    • 16:30 18:00
      Session 1 Amphi 1 - Bât.210 (IJCLab)

      Amphi 1 - Bât.210

      IJCLab

      • 16:30
        Masterfields in lattice QCD 30m
        Orateur: Patrick Fritzsch
      • 17:00
        Interface of QUDA with our measurement code: tuning and benchmarks of the staggered solvers 30m
        Orateur: Gen Wang
      • 17:30
        Quantum field-theoretic machine learning 30m
        Orateur: Dimitrios Bachtis
    • 09:30 11:00
      Session 2 Amphi 1 - Bât. 210 (IJCLab)

      Amphi 1 - Bât. 210

      IJCLab

      Bât. 210
    • 11:00 11:20
      Coffee break 20m
    • 11:20 12:45
      Session 2 Amphi 1 - Bât 210 (IJCLab)

      Amphi 1 - Bât 210

      IJCLab

      • 11:20
        Numerical modeling of core-collapse supernovae 30m
        Orateur: Matteo Bugli
      • 11:50
        Covariant extension of DGLAP GPDs to the ERBL region: the inverse Radon transform 30m
        Orateur: Jose Manuel Morgado-Chàves