Bottomonium and Charmonium at CLEO
R.E. Mitchell (for the CLEO Collaboration)
TL;DR
This paper reviews recent CLEO experiments on bottomonium and charmonium, highlighting advances in understanding QCD through quark hadronization, heavy quark states, and light quark physics.
Contribution
It presents new experimental insights from CLEO on quark hadronization, heavy quarkonium states, and light quark physics, expanding knowledge of QCD phenomena.
Findings
Insights into quark and gluon hadronization from $$ decays
Interpretation of heavy charmonium states including non-$c\bar{c}$ candidates
Use of narrow charmonium decays as a source of light quark hadrons
Abstract
The bottomonium and charmonium systems have long proved to be a rich source of QCD physics. Recent CLEO contributions in three disparate areas are presented: (1) the study of quark and gluon hadronization using decays; (2) the interpretation of heavy charmonium states, including non- candidates; and (3) the exploration of light quark physics using the decays of narrow charmonium states as a well-controlled source of light quark hadrons.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · Quantum Chromodynamics and Particle Interactions · Atomic and Subatomic Physics Research