Contents

• Contents
• Introduction
  • Lessons from the CLEO II detector
  • Design philosophy for CLEO III
    • Tracking
    • Particle identification
  • Physics overview
    • physics
    • Charm physics
    • Tau physics
• Physics at a Symmetric Collider
  • decay studies
    • Goals of decay studies
    • and form-factors in semileptonic decays
    • Rare decays
    • CP violation
  • Charm decay physics
    • Semileptonic decays
    • Hadron spectroscopy
    • Rare charm decays
    • Measurement of
    • Charm mixing
  • Tau decay physics
    • Tau neutrino mass
    • Decay modes and branching ratios
    • Structure of the vertex
    • Tau lifetime
  • Two photon physics
  • physics
  • Conclusions
• Simulation of CLEO II and CLEO III
  • Parametric model studies
  • Material effects on the CsI calorimeter
  • Simulation results
    • Single track simulations
    • mass difference
    • decay simulations
  • Summary
• Detector Design
• Front-end electronics, triggering, and data acquisition
  • CLEO II system
    • Trigger
    • Gating and event flow control
    • Front-end electronics
    • Data acquisition
    • System performance
  • CLEO III
    • Trigger
    • Gating and event flow control
    • Front-end electronics
    • Data acquisition
    • Slow controls
    • R&D
• IR design
  • Overview of CESR luminosity upgrade
  • Accelerator components
    • IR magnets
    • Parasitic beam crossings
    • Optics
    • Aperture
    • Mechanical requirements
    • Magnet layout options
    • Mounting and support
    • Vacuum system
• Overall summary
• References
• About this document ...