Sep 7 – 11, 2026
Europe/Madrid timezone

Towards a theory of hadron resonances

Not scheduled
20m

Speaker

Maxim Mai (University of Bern)

Description

What are the mechanisms behind the labyrinthine spectrum of excited hadrons? This question challenges our understanding of strong interaction and is of relevance to many applications where the exact parameters of these states influence interaction patterns.

To uncover this riddle a synergetic combination of available analytical (EFT's, S-Matrix...), Numerical (Lattice QCD), or phenomenological (Dynamical models) tools is necessary. In my talk, I will show recent outcomes of such approaches, concentrating on recent results on strangeness states such as Lambda(1405), and the so important three-body states such as pi(1300) or omega(782) resonances.

Author

Maxim Mai (University of Bern)

Presentation materials

There are no materials yet.