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STRONG-2020 Annual Meeting

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Description

 

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 824093

STRONG-2020 Annual Meeting (2022 edition)

17-19 October 2022, France

17 October: Workshop: “Recent results and perspectives in hadron physics”

Venue: Institut Pascal, Rue André Rivière, 91400 Orsay

The Workshop is organized in the frame of HF2022: Heavy Flavours from small to large systems, detailed description can be found here

ZOOM 17 October: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09

Meet ID : 819 8140 1388

Secret code : 263477

18-19 October: Plenary sessions: Presentations of the progress and plans of Work Packages

Venue: CNRS/IN2P3, 3 Rue Michel-Ange, 75794 Paris

ZOOM 18-19 October: https://univ-nantes-fr.zoom.us/j/85665125052?pwd=bU5jN2V2blVMeDJZZHVkUnk5WTJ1dz09

Meet ID : 856 6512 5052

Secret code : 252616

Dinner on 17 October: La Coupole Restaurant, 102 Bd du Montparnasse, 75014 Paris

Dinner on 18 October: Le Procope Restaurant, 13 Rue de l'Ancienne Comédie, 75006 Paris

Participants
  • Achim Denig
  • Alessandro Bacchetta
  • Alessio Sarti
  • Alfons Khoukaz
  • Andrea Pesce
  • Andreas Thomas
  • Anna Driutti
  • Barbara ERAZMUS
  • Boris Hippolyte
  • Carlo FLORE
  • Carlo Guaraldo
  • Carlos Salgado
  • Catalina Oana Curceanu
  • Charlotte Van Hulse
  • Cynthia Hadjidakis
  • Cyrille Marquet
  • Daniël Boer
  • David d'Enterria
  • Dieter Grzonka
  • Dominique MARCHAND
  • Elena Ferreiro
  • Eleuterio Spiriti
  • Emine Ametsheva
  • Eryk Czerwiński
  • Felipe J. Llanes-Estrada
  • Florian Damas
  • Francesco Bossù
  • Francesco Giacosa
  • Fritz-Herbert Heinsius
  • Fulvio Tessarotto
  • Gert Aarts
  • Giuseppe Eugenio Bruno
  • Gregorio Herdoiza
  • Gregory Soyez
  • Gunar Schnell
  • Gunnar Bali
  • Hartmut Schmieden
  • Hervé MOUTARDE
  • Jakub Wagner
  • Jean-Philippe Lansberg
  • Johann Zmeskal
  • Josef Pochodzalla
  • Kornelija Passek-Kumerički
  • Kresimir Kumericki
  • Laura Gonella
  • Laura Tolos
  • Marco Battaglieri
  • Maria Paola Lombardo
  • Michael Peardon
  • Miguel Albaladejo
  • Mikhail Gorshteyn
  • Nils Huesken
  • Pasquale Di Nezza
  • Rachid Sefri
  • Raffaele Del Grande
  • Raphael Granier de Cassagnac
  • Silvia Niccolai
  • Tanguy Pierog
  • Tord Johansson
  • Valerio Bertone
  • Yvonne Leifels
Contact: Emine Ametshaeva
  • lundi 17 octobre
    • 1
      Welcome Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateurs: Barbara Erazmus (IN2P3, Subatech), Ursula Bassler (IN2P3)
    • 2
      (Un)conventional mesons below 2 GeV and the lightest hybrid nonet Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Francesco Giacosa (UJK, Institute of Physics)
      GiacosaStrong2020(ed2022).pdf
      • a) Abstract

        We discuss the status of both conventional and unconventional mesons between 1 and 2 GeV by using hadronic models that describe their masses, strong, and radiative decays. Various conventional quark-antiquark states are considered: some of them, such as the tensor mesons with JPC=2++ and mesons with JPC=3−−, form well established nonets, while other, such as the axial-tensor mesons with JPC=2−−, are poorly known and still need experimental detection. Then, we also present latest results for some non-conventional candidates, such as the case of hybrid mesons with JPC=1−+ that includes the recently discovered resonance η(1855)

    • 3
      Modern aspects of light quark and charmonium spectroscopy in BES-III Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Nils Hüsken (IU Bloomington & JGU Mainz)
      NilsHtalk.pdf
      • a) Abstract

        Using large datasets on the charmonium resonances J/ψ, ψ(3686) and ψ(3770) as well as at various other center-of-mass energies between 3.8 and 5.0 GeV, the BESIII experiment has a strong hadron spectroscopy program in both the light-quark and charmonium sectors. During this talk, recent highlights will be presented including studies of gluon-rich radiative J/ψ decays, the observation of a new iso-vector state in weak decays of open-charm mesons and updates on the spectroscopy of charmonium-like XYZ states.

    • 4
      The JPAC collaboration at Jlab Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Miguel Albaladejo (IFIC (CSIC & Valencia U.))
      Albaladejo_2022_Oct_JPAC.pdf
      • a) Abstract

        In this talk, the speaker will present recent results from the Joint Physics Analysis Center (JPAC) collaboration. He will discuss the recent calculation of exclusive and semi-inclusive photoproduction of some XYZ mesons, both in the low- and high-energy regimes. The speaker will also present results concerning the decays V to 3pi with Khuri-Treiman equations, with V either the omega or the J/ψ meson.

    • 11:10
      Coffee break
    • 5
      Strange baryon femtoscopy in ALICE Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Raffaele Del Grande (Technical University of Munich)
      Talk_Orsay2022_DelGrande.pdf
      • a) Abstract

        Understanding the dynamics of hadrons with different quark content is crucial to solve fundamental aspects of QCD as well as for the implications on the structure of dense stellar objects, such as neutron stars.
        The scarce statistics collected in old scattering experiments for reactions involving unstable hadrons, in particular in the strange quark sector, strongly affect the accuracy of the current theoretical interaction models. Additionally, the modeling of dense nuclear matter requires a precise knowledge of three-body forces, for which a direct measurement is still missing.
        In the past several years the use of correlation techniques, applied to particle pairs produced in high-energy collider experiments, have been proven capable of complementing and expanding the knowledge of hadronic interactions, especially in the strangeness sector. The present contribution provides an overview of the milestones reached by the ALICE Collaboration using the femtoscopy technique in pp collisions at √s=13 TeV. The main highlights are the unprecedented precision studies of the interaction of hadrons containing strange quarks, alongside the extension of the analysis methods to the three-body sector, aiming to experimentally probe the three-body interactions.

    • 6
      Feed-down contributions to quarkonium production at the LHC Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Florian Damas (LLR)
      FlorianD_Strong2020workshop2022.pdf
      • a) Abstract

        In the context of the HF workshop, the speaker will present one specific project among the ongoing ones within HonexComb: the work on the quarkonium feed-downs.

    • 7
      W- mass and hadron structure Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Maarten Boonekamp (CEa-Saclay)
      Maarten B_Seminar_Strong2020.pdf
      • a) Abstract

        The speaker will introduce the motivation, difficulties and experimental status of the W-boson mass measurement, with special focus on the strong interaction effects of interest to this workshop

    • 13:00
      Lunch break
    • 8
      Quarks and gluons in the Lund plane Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Gregory SOYEZ (IPhT/CEA Saclay)
      lund.pdf
      • a) Abstract

        The speaker will first briefly review the concept of jets, which have been used in collider physics since more than four decades, and of their substructure, which is comparably a relatively new concept. For most of the talk, the speaker will introduce a new tool, referred as the "Lund plane", explain its main physics advantage and show that it has a broad range of application in today's collider phenomenology

    • 9
      Core - corona effect in air showers Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Tanguy Pierog (KIT, IKP)
      Pierog_Strong_2022.pdf
      • a) Abstract

        The deficit of muons in the simulation of extensive air showers is a long-standing problem and the origin of large uncertainties in the reconstruction of the mass of the high energy primary cosmic rays. Hadronic interaction models, re-tuned after early LHC data, have a more consistent description of the muon content among them but still disagree with data. Collective hadronization due to the formation of a quark gluon plasma (QGP) has already been studied as a possible cause for a larger production of muons under extreme conditions (rare, very central nuclear interactions), but without real success. However, in the view of the most recent LHC data, a collective hadronization phase might not only be limited to such extreme conditions. And because of its different ratio of electromagnetic to hadronic energy, a QGP may have the properties to solve the muon puzzle. This hypothesis is demonstrated using a theoretical approach and tested in a proper way by the modification of hadronic model spectra in CONEX to mimic the production of a QGP also in less extreme conditions with a possible large impact on air shower physics

    • 10
      Studying heavy quarks and quarkonia with NLOAccess Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Dr Carlo FLORE (IJCLab Orsay)
      Carlo F_talk-NLOAccess-17-10-2022.pdf
      • a) Abstract

        In this talk we present a selection of recent results for heavy quark and quarkonia production. Moreover, we present NLOAccess, one of the two Virtual Access of the STRONG-2020 program, showing how scientific results can be obtained online in an automated way.

    • 11
      VA2 Virtual Access to 3DPartons Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Valerio Bertone (IRFU, CEA, Université Paris-Saclay)
      • a) Abstract

        In this talk, the speaker will present some recent results obtained within the VA2 3DPartons work package. The focus is on the hadronic structure that encompasses the study of some relevant partonic distributions such as generalised parton distributions (GPDs), transverse momentum dependent distributions (TMDs), generalised TMDs, as well as fragmentation functions (FFs). On top of the physics achievements, the speaker will stress the resulting developments of the numerical infrastructure

        bertone_STRONG2020_17_10_2022.pdf
    • 16:00
      Coffee break
    • 12
      Studying gluon TMDs via double $J/\psi$ > production in proton-proton collisions Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Jelle Bor
      HF2022JelleBor.pdf
      • a) Abstract

        This talk will explain why double J/ψ production in proton-proton collisions is a promising process to study gluon TMDs. The speaker will touch upon the azimuthal asymmetries that arise in this process and the TMD evolution that is included in the computations. To conclude, the speaker will present some numerical results from F. Scarpa and A. Colpani and refer to some other interesting studies.

    • 13
      Quarkonium production at the EIC and LHC Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Charlotte VAN HULSE (IJCLab)
      HFOct22_charlotte.pdf
      • a) Abstract

        An electron-ion collider (EIC) is planned to be built in the US at BNL, with start of construction foreseen early 2030. The aim of the EIC is the investigation of the nucleon (spin) structure, saturation effects, hadronisation, and an improved understanding of the hadron mass. Measurements of quarkonium production can contribute to this effort. Predictions of measurements of inclusive, semi-inclusive and exclusive quarkonium production at the EIC will be presented, in parallel with the corresponding measurements at the LHC

    • 14
      Measurements of nuclear fragmentation cross sections and their medical physics & space radio-protection applications Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal)

      Grand-amphy (Institut Pascal) 530 rue Andre Riviere, Orsay (GPS coordinates: 48◦42024.200N2◦10038.100E) Zoom meeting information: https://universite-paris-saclay-fr.zoom.us/j/81981401388?pwd=aFFOLzlPK0x2UjBXWWt5OUticTNLZz09 Meeting ID : 819 8140 1388 Secret code : 263477
      Orateur: Alessio Sarti (Universita' di Roma "La Sapienza")
      • a) Abstract

        Strong interactions play a fundamental role in shaping how ions and protons interact with matter. An interesting kinetic energy range to study such interactions is in between 100 MeV/un and 1000 MeV/u: the nuclear fragmentation cross sections measured in that range have a significant importance in developing the nuclear models needed in particle therapy (PT) and space radio protection (SRP) applications. You can either study the projectiles used for cancer treatment or the protons and ions that are hitting astronauts in their long, outside earth, missions: energies are in a similar range, and the experimental data is in both cases the key to more robust and effective treatments or a better and more affordable shielding! After a quick introduction of PT and SRP landscapes, the talk will review the status of the experimental quests towards more precise cross section measurements in the relevant energy range and their impact in the field.

        Slides
        StrongMeeting_Appl.pdf
    • 19:30
      Dinner La Coupole Restaurant

      La Coupole Restaurant

      102 Bd du Montparnasse, 75014 Paris
  • mardi 18 octobre
  • mercredi 19 octobre
    • 32
      Introduction
    • Hadron Physics
      Président de session: Dr Laura Tolos (University of Frankfurt & ICE (Barcelona))
    • 33
      NA1-QCD physics at GSI/FAIR
      Orateur: Fritz-Herbert Heinsius (Ruhr-Universitaet Bochum)
      Strong-2020-Oct22-NA1-Heinsius.pdf
    • 34
      NA5-Strange Hadrons and the Equation-of-State of Compact Stars
      Orateur: Josef Pochodzalla (Johann-Johannes-Gutenberg Universität Main)
      NA5 THEIA_STRONG-2022_Annual Meeting WP16 -.pdf
    • 35
      NA6-LatticeHadrons
      Orateur: Michael Peardon (Trinity College Dublin)
      M.Peardon_Paris_221019.pdf
    • 10:10
      Discussion
    • 10:20
      Coffee break
    • Precision Physics
      Président de session: Dr Laura Tolos (University of Frankfurt & ICE (Barcelona))
    • 36
      NA4- Proton Radius European Network
      Orateur: Dominique Marchand (IJClab,CNRS/IN2P3 - Université Paris-Saclay)
      NA4_PREN_20221019_DM.pdf
    • 37
      JRA3-Precision Tests of the Standard Model
      Orateur: Anna Driutti (University and INFN Pisa)
      JRA3_Strong-2020AM(2022).pdf
    • Heavy Ions
      Président de session: Carlos Salgado (Universidade de Santiago de Compostela)
    • 38
      JRA2- Fixed Target Experiments at the LHC
      Orateur: Pasquale Di Nezza (Istituto Nazionale Fisica Nucleare Frascati (IT))
      JRA2-FTEatLHC-2022 Di Nezza.pdf
    • 39
      JRA1-Inter-experiment combination of heavy-ion measurements at the LHC
      Orateur: Raphael Granier de Cassagnac (Laboratoire Leprince-Ringuet)
      2022.10.17.JRA1_WP19_RGdC.pdf
    • 40
      NA3- Quark-Gluon-Plasma characterisation with jets
      Orateur: Marco van Leeuwen (Nikhef National institute for subatomic physics (NL))
      NA3_QGPJets_Oct2022.pdf
    • 41
      NA7-Quark-Gluon Plasma characterisation with heavy flavour probes
      Orateur: Giuseppe Eugenio Bruno
      Strong-2020 Annual meeting2022_NA7.pdf
    • GPD/TMD/PDFs
      Président de session: Carlos Salgado (Universidade de Santiago de Compostela)
    • 42
      NA2-Small-x Physics at the LHC and future DIS experiments
      Orateur: Cyrille Marquet (CPHT - Ecole Polytechnique)
      Strong-2020 Annual meeting (2022)_NA2.pdf
    • 13:00
      Discussion
    • 13:10
      Lunch break
    • Instrumentation Activities
      Président de session: Frank Maas (Johannes Gutenberg Universität Mainz)
    • 43
      JRA8-Advanced ultra-fast solid STate detectors for high precision RAdiation spectroscopy
      Orateur: Johann Zmeskal (Stefan Meyer Institute for Subatomic Physics, Austrian Academy of Sciences)
      JRA8_JZ_Strong-2020 Annual meeting_.pdf
    • 44
      JRA9-Tracking and Ions Identifications with Minimal Material budget
      Orateur: M. Rachid Sefri (Iphc)
      TIIMM report-Strong Annual meeting 2022_Rach.pdf
    • 45
      JRA10-Cryogenic Polarized Target Applications
      Orateur: Dr Andreas Thomas (Institut für Kernphysik University Mainz)
      Strong2020_Annual2022_WP28_CryPTA_Thomas.pdf
    • 15:30
      Coffee break
    • Instrumentation Activities
      Président de session: Boris Hippolyte (Université de Strasbourg - IPHC / IN2P3)
    • 46
      JRA12-Spin for FAIR
      Orateur: Dr Andrea Pesce (IKP - FZJ)
      JRA12-WP30_Strong-2020 Annual meeting (2022).pdf
    • 47
      JRA13-Polarized Electrons, Positrons and Polarimetry
      Orateur: Frank Maas (Johannes Gutenberg Universität Mainz)
      JRA13-2022_Strong-2020-.pdf
    • 48
      JRA14-Micropattern Gaseous Detectors for Hadron Physics
      Orateur: Bernhard Ketzer (University of Bonn)
      ketzer_STRONG2020-JRA14_v1.pdf
    • 16:50
      General discussion
    • 49
      Concluding remarks
    • Governing Board Meeting (restricted)
      Governing Board Meeting (restricted)
  • jeudi 20 octobre
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