14–16 Sept 2021
University of York
Europe/Rome timezone

Session

Oral Presentations

16 Sept 2021, 16:00
University of York

University of York

University of York

Presentation materials

There are no materials yet.

  1. Sebastian Neubert (Bonn University)
    16/09/2021, 16:00
    Invited Talk
  2. Sara Elizabeth Mitchell
    16/09/2021, 16:30
    Invited Talk
  3. Antonina Rosano (Istituto Nazionale di Fisica Nucleare)
    16/09/2021, 16:50
    Invited Talk

    Short-lived hadronic resonances are good probes to investigate the late-stage evolution of ultra-relativistic heavy ion collisions. Since they have lifetimes comparable to that of the fireball, the measured yields may be affected by rescattering and regeneration processes in the hadronic phase, which modifies the particle's momentum distributions after hadronization. Measurements of the...

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  4. Jorge Segovia (University Pablo de Olavide, in Seville)
    16/09/2021, 17:10
    Invited Talk

    We present a unified QCD-based description of elastic and transition form factors involving the nucleon and its resonances. We compare predictions made using a framework built upon a Faddeev equation kernel and interaction vertices that possess QCD-like momentum dependence with results obtained using a confining, symmetry-preserving treatment of a vector ⊗ vector contact-interaction in a...

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  5. Marc Illa (Universitat de Barcelona)
    16/09/2021, 17:30
    Invited Talk
  6. Matthew Nicol
    16/09/2021, 17:40
    Invited Talk
  7. Igor Strakovsky (The George Washington University)
    16/09/2021, 17:50
    Invited Talk

    Measurements of the total cross section for the production of vector mesons off the proton allow the determination, using a Vector-Meson Dominance model, of absolute values of the vector meson - proton scattering lengths. A comparative analysis of the recently determined scattering lengths for omega-p, phi-p, and J/psi-p using the A2, CLAS, and GlueX experimental data respectively are...

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  8. Leino Viljami
    16/09/2021, 18:05
    Invited Talk

    Recently a method of measuring static force from the lattice using an insertion of chromoelectric field to an Wilson loop has been proposed to tackle the ambiguities of taking derivative of the static potential. We present the current status of testing the viability of this approach and also expand the calculation for the first time to use gradient flow, which solves the problems with the...

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