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Outline

Title
Abstract
Lattice Introduction
Experimentally Observed Cross-Section
Dependence on Experimental Conditions
Implications to Charmonium Physics
Summary and Perspective
Methods
Results with Relativistic Heavy Quarks
Experimental Signatures
Summary and Future Opportunities
Introduction to Experimental Spectroscopy
Overview on All Results
Conclusions
Experimental Status
Unanswered Questions
Case
NRQCD Factorization Method
Summary and Outlook
Experimental Simulations for e + e -Collisions
Future Opportunities
Introduction 1
Comparison with Data
Experimental Prospects
General Overview
Summary
Summary: The Cleo-C Schedule
Introduction
Experimental Apparatus
Conclusions and Outlook
References
All Topics
Physics
Particle Physics

Heavy quarkonium physics

Profile image of G. BodwinG. BodwinProfile image of V. PapadimitriouV. PapadimitriouProfile image of luciano maianiluciano maiani

2004, Arxiv preprint hep-ph/0412158

Abstract

This report is the result of the collaboration and research effort of the Quarkonium Working Group over the last three years. It provides a comprehensive overview of the state of the art in heavy-quarkonium theory and experiment, covering quarkonium spectroscopy, decay, and production; the determination of QCD parameters from quarkonium observables; quarkonia in media; and the effects on quarkonia of physics beyond the Standard Model. An introduction to common theoretical and experimental tools is included. Future opportunities for research in quarkonium physics are also discussed. v This CERN Report presents the state of the art in heavy-quarkonium physics at the end of 2004 and is a first step to achieving the goals of the QWG. The Report includes experimental and theoretical results by different approaches and different communities (high-energy, perturbative, lattice, nuclear, etc.) in a common language. The progress in the field and the impact of such progress on other areas are presented, open problems and outstanding puzzles are discussed, and the future opportunities of this field are outlined. Given the richness of the physics involved in the project, the research goals have been pursued by specifying seven main topics organized by theoretical and experimental topic conveners:

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