Speaker
David Wilson
(University of Cambridge)
Description
Studying the spectroscopy of hadrons from lattice QCD, much like in experiment, involves determining hadronic scattering amplitudes and investigating enhancements due to resonances. Lattice QCD offers a method for first-principles computation of hadronic scattering amplitudes and thus enables resonance properties to be determined directly from the fundamental theory. I will present several recent examples of hadronic resonances determined from lattice QCD involving light and charm quarks.
| Preferred track | Hadron Spectroscopy |
|---|---|
| Subfield | HEP theory |
| Attending in-person? | Yes |
| On behalf of collaboration? | the talk could be given on behalf the Hadron Spectrum Collaboration |
Primary author
David Wilson
(University of Cambridge)
