Speaker
Vincent Mathieu
(UB)
Description
In the Standard Model, hadron resonances emerges from the interaction between quarks and gluon. The nucleon matter is composed of baryons, three quarks states, interacting via the exchange of mesons, quark-antiquark pairs.
Quantum chromodynamics predicts the existence of other types of quark configurations. They are generically called ``exotic hadrons''.
During the last 15 years, experimental collaborations (LHCb, COMPASS, BESIII, GlueX,...) have observed several exotic hadrons candidates: potential tetraquarks, pentaquarks and hybrid mesons resonances.
In this talk, I will review challenges and prospect in discovering exotic hadrons and studying their properties.
Author
Vincent Mathieu
(UB)
