Event Schedule

Accessing and Understanding the QCD Spectra

All time info. is in Pacific Time (UTC -7); please convert accordingly.

Workshop talks will take place in C520.

This is "hybrid" workshop. For Zoom information, please contact Megan Baunsgard at mjb47@uw.edu or intmail@uw.edu

Please note: By attending a workshop talk, participants agree to abide by the INT Code of Conduct

Week 1

Monday, March 20, 2023

Start Time Presentation Title Presenter Presenter Organization Format Location Slides
Introduction and Goals Alessandro Pilloni Università di Messina In-person C520 PDF
The effect of light quarks on the glueball spectrum Andreas Athenodorou The Cyprus Institute Virtual C520 PDF
Glueballs from functional equations Markus Huber Giessen University In-person C520 PDF
COFFEE BREAK
Coulomb gauge lattice QCD static quark potentials Wyatt Smith Indiana University In-person C520 PDF
Description of Doubly-charmed tetraquark Tcc+ within a Constituent Quark Model Jorge Segovia Pablo de Olavide University Virtual C520 PDF
Can constituent gluons describe glueballs and hybrids? Eric Swanson University of Pittsburgh In-person C520 PDF
LUNCH
Quarkonia and Molecules from QCD Potentials Roberto Bruschini Ohio State University In-person C520 PDF
Unifying Diquark and Molecular Models of Exotics Richard Lebed Arizona State University In-person C520 PDF
Heavy hybrid decays to quarkonia Abhishek Mohapatra Technical University of Munich Virtual C520 PDF
COFFEE BREAK C520
The Zcs and D*D*K*bar states based on the molecular picture Natsumi Ikeno Tottori University, Texas A&M University In-person C520 PDF
Discussion: Models Eric Swanson University of Pittsburgh In-person C520

Tuesday, March 21, 2023

Start Time Presentation Title Presenter Presenter Organization Format Location Slides
Photoproduction of Charmonium (and friends) at GlueX" Sean Dobbs Florida State University In-person C520
Data-driven pole determination of (overlapping) resonances Ralf-Arno Tripolt University of Giessen Virtual C520 PDF
COFFEE BREAK
Bootstrapping QCD Andrea Guerrieri Perimeter Institute for Theoretical Physics In-person C520 PDF
Dispersive analysis of the γγ→DD data and the confirmation of the DD bound state Igor Danilkin Johannes Gutenberg University Mainz Virtual C520 PDF
Diversity Lunch Stephen Sharpe University of Washington In-person C520
f0(1370) Controversy from Dispersive Meson-Meson Scattering Data Analyses Jose Ramon Pelaez Complutense University of Madrid In-person C520 PDF
Dispersive analysis of the isospin-breaking corrections to e + e− → π + π − and π + π − → π + π − Jacobo Ruiz de Elvira Complutense University of Madrid In-person C520 PDF
Extracting the sigma resonance from first-principles QCD Arkaitz Rodas Jefferson Lab In-person C520 PDF
COFFEE BREAK
How to identify hadronic molecules by combining results from Lattice QCD, EFTs and Experiment Christoph Hanhart Institute for Advanced Simulation In-person C520 PDF
Discussion: Analysis Adam Szczepaniak Indiana University Bloomington In-person C520 PDF

Wednesday, March 22, 2023

Start Time Presentation Title Presenter Presenter Organization Format Location Slides
FREE MORNING
Nucleon-nucleon scattering from LQCD: history, progress, resolutions Amy Nicholson UNC Chapel Hill In-person C520 PDF
Two-baryon interactions from lattice QCD Andrew Hanlon Brookhaven National Laboratory In-person C520 PDF
Interactions of two and three mesons at maximal isospin from lattice QCD Fernando Romero-Lopez MIT In-person C520 PDF
COFFEE BREAK
Pion-nucleon scattering with lattice QCD at Mpi~200 MeV André Walker-Loud Lawrence Berkeley National Laboratory In-person C520 PDF
Discussion: Lattice Andrew Jackura Old Dominion University In-person C520 PDF

Thursday, March 23, 2023

Start Time Presentation Title Presenter Presenter Organization Format Location Slides
Light meson spectroscopy with the GlueX experiment: progress and challenges Matthew Shepherd Indiana University In-person C520
Truncated partial-wave analysis for photoproduction using Bayesian inference Yannick Wunderlich Helmholtz-Institut für Strahlen- und Kernphysik, Universität Bonn Virtual C520 PDF
COFFEE BREAK
Analytic continuation of the relativistic three-particle scattering amplitudes - Part 1 Sebastian Dawid University of Washington In-person C520
Analytic continuation of the relativistic three-particle scattering amplitudes - Part 2 Md Habib E Islam Old Dominion University In-person C520 PDF
Three-body systems from a finite volume with a unitary amplitude Michael Doering George Washington University In-person C520 PDF
Outreach Lunch Raúl Briceño UC, Berkeley In-person TBD
Determining (3-body) resonance parameters from Lattice QCD Mai Maxim HISKP In-person C520 PDF
Bridging the gap between spectroscopy and partonic observables: mesonic and baryonic wave functions on the light front Edward Shuryak Stony Brook University Virtual C520 PDF
Light-Front Holographic QCD: A Novel Nonperturbative Approach to Color Confinement, Hadron Spectroscopy, and Dynamics Stanley Brodsky Stanford University Virtual C520 PDF
COFFEE BREAK
Radiative decay of the resonant K* and the gamma K ->Kpi ampltiude from lattice QCD Jozef Dudek Jefferson Lab In-person C520 PDF
Discussion: Experiments Alexander Austregesilo Jefferson Lab In-person C520 PDF

Friday, March 24, 2023

Start Time Presentation Title Presenter Presenter Organization Format Location Slides
Doubly-charm and charmonium-like tetraquarks Sasa Prelovsek Jozef Stefan Institute Virtual C520 PDF
Four-quark states from functional methods Christian Fischer JLU Giessen In-person C520 PDF
The Lambda(1405) from lattice QCD Daniel Mohler Institut für Kernphysik In-person C520 PDF
COFFEE BREAK
Relativistic invariance in a finite volume: three-body sector Akaki Rusetsky University of Bonn In-person C520 PDF
The quest for the structure of resonant hadrons Felipe Ortega-Gama William & Mary In-person C520 PDF
Three-body decay amplitudes in the presence of bound states Dimitra Pefkou Massachusetts Institute of Technology In-person C520 PDF
LUNCH
Two aspects of the three-body systems Mikhail Mikhasenko ORIGINS Excellence Cluster Virtual C520 PDF
Discussion: Outstanding problems Gernot Eichmann University of Graz In-person C520
COFFEE BREAK
Three spinning particles and some takeaways Stephen Sharpe University of Washington In-person C520 PDF