Progress in algorithms and numerical tools for QCD

Europe/Zurich
Orsay, France

Orsay, France

Laboratoire de Physique Théorique, Bâtiment 210, Université Paris-Sud Salle 114, Amphi 1
Description
Organized in the framework of the GDR "QCD", this workshop aims to discuss about progress in algorithms and numerical methods used by theorists and experimentalists in their research activities devoted to the different topics covered by the GDR. Links between those progresses and new computer architectures of the exa-scale era will be outlined.
Localization of the workshop
Participants
  • Attilio Cucchieri
  • Benoît Blossier
  • Cyrille Marquet
  • David Rousseau
  • Francois Gelis
  • Frederic Kapusta
  • Gregory Soyez
  • Hervé MOUTARDE
  • Jean-Philippe Lansberg
  • Lais Sarem Schunk
  • Lenka Zdeborova
  • Luiz Vale Silva
  • Matthias Rottmann
  • Maurice Benayoun
  • Michel Jouvin
  • Nicolas Garron
  • Nodoka Yamanaka
  • Olivier PARCOLLET
  • Olivier Pène
  • Ronald Kunne
  • Samuel Wallon
  • Stagnitto Giovanni
  • Stephane Platchkov
  • Vittorio Somà
  • WILFRID DA SILVA
  • Yémalin Gabin Gbedo
    • 14:00 15:40
      Fits and tools Salle 114 (LPT)

      Salle 114

      LPT

      • 14:00
        Welcome 10m
        Speaker: Dr. Benoît Blossier
        Transparents
      • 14:10
        Markov Chain Monte Carlo technics applied to Parton Distribution Function determination: proof of concept 30m
        Speaker: Mr. Gabin Gbedo
        Transparents
      • 14:40
        Thoery and phenomenology of GPDs: focus on a numerical covariant extension 30m
        Speaker: Mr. Nabil Chouika
        Transparents
      • 15:10
        Including theoretical uncertainties in global (flavor) fits 30m
        Speaker: Dr. Luiz Vale (University of Ljubljana)
        Transparents
    • 15:40 16:00
      Coffee break 20m
    • 16:00 18:00
      Fits and tools Salle 114 (LPT)

      Salle 114

      LPT

      • 16:00
        HEP Sofware Foundation and the Community White Paper 30m
        Speaker: Mr. Michel Jouvin (LAL / CNRS)
        Slides
      • 16:30
        Advances in Machine Learning in experimental High Energy Physics 30m
        Speaker: Dr. David Rousseau
        Transparents
      • 17:00
        Statistical physics approach to generalised linear regression 30m
        Speaker: Dr. Lenka Zdeborova
        Transparents
      • 17:30
        Fast clustering of jets 30m
        Speaker: Dr. Grégory Soyez (CNRS/IPhT Saclay)
        Transparents
    • 09:30 11:00
      Ab-initio methods Salle 114 (LPT)

      Salle 114

      LPT

      • 09:30
        Multigrid Methods for lattice QCD 30m
        Speaker: Dr. Matthias Rottmann (Wuppertal Universität)
        Transparents
      • 10:00
        Lattice QCD computations in a fixed gauge 30m
        Speaker: Prof. Attilio Cucchieri
        Transparents
      • 10:30
        QCD at finite chemical potential from the Density of states 30m
        Speaker: Dr. Nicolas Garron (University of Liverpool)
        Transparents
    • 11:00 11:20
      Coffee break 20m
    • 11:20 12:45
      Ab-initio methods Salle 114

      Salle 114

      Orsay, France

      • 11:20
        Recent progress in ab initio approaches to the nuclear many-body problem 30m
        Speaker: Dr. Vittorio Soma (CEA/Irfu)
        Transparents
      • 11:50
        Quantum materials 30m
        Speaker: Dr. Olivier Parcollet (CEA/IPhT Saclay)
        Transparents
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