Abstract
This talk discusses some of latest theoretical, phenomenological and experimental results is hadron spectroscopy.
Highlights
In the past few years we have witnessed spectacular new discoveries and advances in strong interaction physics
The Relativistic Heavy Ion Collider (RHIC) discovery of the “perfect fluid” formed by quarks and gluons inspired a new field of applications of string theory-particle physics duality
Novel types of bound states are the likely explanation for the “X,Y,Z” states appearing in few-hadron systems
Summary
In the past few years we have witnessed spectacular new discoveries and advances in strong interaction physics. Developments in particle accelerators and detection techniques have led to a new generation of experiments in hadron physics that are flourishing around the world These facilities and experiments include existing laboratories such as BESIII in China, COMPASS at CERN, RHIC in the US, VES in Russia, and Belle in Japan; JLab in the US and PANDA in Germany, which are in construction and upgrade phases, and future facilities under discussion such as EIC in the US and B-factories. EPJ Web of Conferences some of the methodology that needs to be developed to take full advantage of the information contained in the experimental data
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