GPPU Seminar

Date

10:00-12:00, June 17th, 2019

Place

Room 745, Science Complex B (H-03) map

Abstract

Electromgnetic transitions are the main decay channels for many excited quarkonium states, therefore among the most measured effects in quarkonium physics. Recent experiments have dramatically improved their knowledge and led to discoveries and new precision determinations. The theory of quarkonium electromagnetic transitions relied for long time on potential models. This has changed in the last years with the establishing of effective field theories of QCD for quarkonium. Effective field theories provide model independent determinations. I will review this modern approach and its principal results in comparison with some of the latest measurements.

Point

GASP 1