Scientific Program
The workshop format is intended to foster discussions between experimentalists and theorists, and between different communities. To this end, only a few highlight talks are scheduled to give a general overview on the various subjects. The majority of the time will be devoted to discussion and working sessions on specific topics, organized by conveners. A few parallel blocks may be dedicated to selected problems of either baryon or meson analyses. On the Sunday preceding the workshop, we plan to organize three lectures on scattering theory and partial-wave analysis techniques for baryon and meson spectroscopy. These lectures will be given by renowned experts in the fields and are intended to facilitate discussions across community boundaries.
Main topics include:
- Spectroscopy of baryons, light- and heavy-quark meson
- Tools and methods for partial-wave analysis
- Theoretical constraints on amplitude analyses
- Hadron Spectroscopy: Lattice QCD and models
- Future directions and goals of hadron spectroscopy
- Hadronic input for precision observables
Recent experimental results
Phenomenological analyses
Model-independent partial-wave analysis and complete experiments
Fit strategies
Model selection, significance, systematics
Databases
Unitarity and analyticity constraints
High-energy asymptotics from Regge theory and FESR
Low-energy EFT constraints
Meson and baryon spectra
Scattering on the Lattice
Global analysis
Upcoming experiments
Requests from theory and experiment
Anomalous magnetic moment of the muon
