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Emergent mass and its consequences in the Standard Model

Sep 17 – 21, 2018
ECT* - Villa Tambosi
Europe/Rome timezone

Secretariat - Christian Fossi

Contribution List

32 out of 32 displayed
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  1. 2. Welcome
    Craig Roberts (Argonne National Laboratory)
    9/17/18, 9:30 AM
  2. 3. Pion and Kaon Structure at an EIC
    Rolf Ent (Jlab)
    9/17/18, 9:45 AM
  3. 4. Emergent Hadron Mass from Light-Front Holography and Superconformal Quantum Mechanics
    Stanley Brodsky (SLAC - Stanford University)
    9/17/18, 11:00 AM
  4. 5. Three-gluon vertex: the new frontier
    Joannis Papavassiliou (Universidad de Valencia)
    9/17/18, 11:45 AM
  5. 8. Origin of proton mass and quarkonium in nuclei
    Gastao Krein (Universidade Estadual Paulista)
    9/17/18, 2:30 PM
  6. 27. Emergent phenomena in strong dynamics
    Daniele Binosi (ECT*)
    9/17/18, 3:15 PM
  7. 6. Unraveling nucleon tensor charges and their implications
    Huey-Wen Lin (Michigan State University)
    9/17/18, 4:30 PM
  8. 9. Experimental Access to the Emergence of Mass
    Ralf Gothe (University of South Carolina)
    9/18/18, 9:00 AM
  9. 10. QCD: Carrying Our Weight
    Craig Roberts (Argonne National Laboratory)
    9/18/18, 9:45 AM
  10. 11. Electromagnetic form factors of pseudoscalar mesons
    Lei Chang (Nankai University)
    9/18/18, 11:00 AM
  11. 12. Nucleon resonances in Compton scattering
    Gernot Eichmann (Tecnico Lisboa)
    9/18/18, 11:45 AM
  12. 13. On the structure of neutral pseudoscalars
    Khépani Raya-Montaño (Nankai University)
    9/18/18, 2:30 PM
  13. 18. On the order of the QCD chiral phase transition at zero and small density
    Owe Philipsen (Goethe University Frankfurt)
    9/18/18, 3:15 PM
  14. 15. The gluon mass and the gauge sector of QCD
    José Rodríguez Quintero (University of Huelva)
    9/18/18, 4:30 PM
  15. 16. Producton of heavy quarkonium on the nucleon at threshold: Probing the nucleon mass
    Zein-Eddine Meziani (Argonne National Laboratory)
    9/19/18, 9:00 AM
  16. 33. Global properties of baryons from Poincare-covariant analysis
    Sixue Qin (Chongqing University)
    9/19/18, 9:45 AM
  17. 19. Three concepts of the gauge boson mass
    Stanislaw Glazek (University of Warsaw)
    9/19/18, 11:00 AM
  18. 20. Quark mass generation with non-Abelian Ball-Chiu vertex
    Cristina Aguilar (Universidade Estadual de Campinas)
    9/19/18, 11:45 AM
  19. 21. Baryon Structure with PTIR
    Cédric Mezrag (INFN Sezione di Roma 1)
    9/19/18, 2:30 PM
  20. 22. Quark and Meson spectral functions with the Functional Renormalization Group
    Ralf-Arno Tripolt (ECT*)
    9/19/18, 3:15 PM
  21. 23. Insight to hadron mass generation from the nucleon resonance electroexcitation
    Victor Mokeev (Jlab)
    9/20/18, 9:00 AM
  22. 24. QCD correlation functions from the FRG: results and applications
    Jan M. Pawlowski (Heidelberg University)
    9/20/18, 9:45 AM
  23. 25. Perturbative confinement
    Paul Hoyer (Helsinki University)
    9/20/18, 11:00 AM
  24. 26. On propagators and vertices of Yang-Mills theory from their equations of motion
    Markus Huber (Giessen University)
    9/20/18, 11:45 AM
  25. 29. Parton Distribution Amplitudes of s-wave and p-wave heavy quarkonium
    Minghui Ding (Nankai University)
    9/20/18, 2:30 PM
  26. 28. Hadron structure in continuum QCD
    Fei Gao (University of Valencia)
    9/20/18, 3:15 PM
  27. 34. Gluon-mass-induced triply heavy baryon masses
    Kamil Serafin (University of Warsaw)
    9/20/18, 4:30 PM
  28. 30. Perturbative Curci-Ferrari model at two-loop order
    Marcela Peláez (Universidad De La República)
    9/21/18, 9:15 AM
  29. 31. Mass-dependence of pseudoscalar meson elastic form factors
    Muyang Chen (Nankai University)
    9/21/18, 10:30 AM
  30. 32. Analytic properties of the gluon propagator in a generic covariant gauge
    Fabio Siringo (Università di Catania)
    9/21/18, 11:15 AM
  31. 7. Locating the critical end point of QCD
    Christian Fischer (University of Giessen)
  32. 14. The structure of the nucleon and its resonances through the Dyson-Schwinger Equations formalism
    Jorge Segovia (University of Barcelona)