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Venue
Sejong University
Period
July 24 (Fri), 2015
Overview
Heavy quarks and quarkonia have played an important role in understanding the Strong Interaction and quarkonium system was one of the earliest applications of “asympototic freedom” in Quantum ChromoDynamics (QCD). Heavy quark mass scale separates perturbatively calculable UV physics from difficult non-perturbative IR physics. In this regard, quarkonium system in QCD is similar to hydrogen atom in Quantum ElectroDynamics (QED). Internationally, Quarkonium Working Group (QWG), a world-wide network of experimental and theoretical physicists who are working on the physics of quarkonium (http://www.qwg.to.infn.it), was conceived in 2002. Since then, QWG has been a focal point in the development of quarkonium physics and subtopics of QWG’s interests include: (1) Spectroscopy (2) Production (3) Decay (4) Standard Model Measurements (5) Quarkonium in media (6) Super-B (7) Beyond the Standard Model Domestically, there are growing number of physicists who are studying quarkonium physics and share common interests in it: quarkonium productions and decays (Seyong Kim, Pyung-Won Ko, Jungil Lee, Chaehyun Yu), quarkonum related experiments (Sookyoung Choi, Byung-Sik Hong, Steven Olsen), exotic quarkonium states (Sookyoung Choi, Pyung-Won Ko, Steven Olsen), heavy quark potential (Taekoon Lee), quarkonium in medium (Byung-Sik Hong, Seyong Kim). Organizers
Invited Speakers
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