Low Energy Antiproton Physics

The Table of Contents for the book is as follows:

• Editors’ Foreword
• Conference Organization
• Part 1.
  • Theoretical Aspects of Annihilation
  • Anti-proton Annihilation in Nuclei as a Probe of QCD
  • Antiproton Annihilation on Nucleons and Light Nuclei and Multiquark States
  • Annihilation of Antinucleons in Nuclei (Conventional Cascade or Quark Gluon Dynamics)
  • Strangeness Production in Antiproton-Nucleus Annihilation at Low Energies
  • Charm Production in Antiproton-nucleus Annihilation at Low Energies
  • New Developments in Effective Range Expansion of Low Energy Interaction
  • The Role of Multiquarks in Low Energy Interaction
  • Low-energy Coupled-channels Antinucleon-nucleon Potential
  • Recent Antiproton-proton Data and the Paris Potential
  • Annihilation of the -system into Two Mesons
  • Quark Model Predictions for Protonium Annihilation into Two Mesons
  • Protonium Annihilation into Two Mesons
  • Two-meson Doorway Model of Low Energy Antiproton-proton Annihilation
  • An Application of the Flux Tube Model to the Meson Decay and Decay into Mesons
  • Study from Threshold to High Momenta of the Reaction
  • Scalar and Vector Contributions to
• Part 2. Annihilation
  • Experimental Results on Annihilation of Antinucleons in Nuclei at LEAR
  • Measurement of the Annihilation Cross-sections
  • First Results from the Crystal Barrel Detector at LEAR on Annihilation at Rest into Charged Final States with Several Neutrals
  • Proton-antiproton Annihilation at Rest in Liquid Hydrogen into Three Neutral Pseudoscalars
  • Search for Narrow States in the Inclusive γ-ray Spectra from Antiproton-deuterium Annihilation at Rest
  • A Measurement of the and K^-K⁺ Cross Sections for Between 150 and 300 MeV/c
  • Spin Effects in and at LEAR
  • ϕ Production in Annihilation at Rest
  • Hyperon-antihyperon Production at LEAR
  • Strange Particle Production in Annihilation at Rest and at 0.4-0.9 GeV/c
  • Absorption of Antineutrons on Fe
  • Charged Pion Spectra and Energy Transfer Following Antiproton Annihilation at Rest in Carbon and Uranium
• Part 3. Interactions
  • Experimental Trends in Scattering
  • First Antiproton Interactions with the Hydrogen-cluster Jet Target at LEAR
  • First Measurement of D_nn in Elastic Scattering PS172
  • ⁴He Elastic Scattering at 607.7 MeV/c
  • Measurement of the Analyzing Power in Elastic Scattering Between 439 and 697 MeV/c
  • Measurement of the Analysing Power and the Differential Cross-section of the Charge-exchange Reaction
  • Antiproton and Proton Coulomb Interactions with Matter at keV Impact Energies
• Part 4. Spectroscopy, Structure and Form Factors
  • Production and Spectroscopy of Light Mesons in Annihilation
  • New and Old Light Mesons and
  • Exotic Mesons
  • Level Shift in AX(1565)
  • Hadron Polarization in Lattice QCD
  • Strange Quarks in the Proton
  • Measurement of the Proton Electromagnetic Form Factor in the Time-like Region
  • FENICE, an Experiment to Measure the Electromagnetic Form Factors of the Neutron in the Time-like Region at ADONE
• Part 5. Atomic and Nuclear Physics
  • Atomic Physics with Low Energy Antiprotons
  • High Precision Measurement of Antiprotonic Hydrogen and Deuterium X-rays
  • E2 Resonances in Antiprotonic Neodymium
  • Fission of Hypernuclei
  • Lambda Attachment in Hypernuclear Fission
• Part 6. Fundamental Symmetries
  • Status of CP-violation Experiments
  • Initial Performance of CPLEAR
  • High-statistics Measurement of as a New Search for Direct CP Violation
  • Tests of the Weak Equivalence Principle from Particle-antiparticle Frequency Comparisons
  • Antiproton-proton Mass Comparison with a Radiofrequency Mass Spectrometer
  • A Measurement of the Gravitational Acceleration of the Antiproton
  • Observations of Anti-protons in Cosmic Rays
• Part 7. Machines, Detectors and Facilities
  • Accelerator Facilities at CERN in the Nineties
  • LEAR Performances
  • Ultra Low Energy Antiproton Physics and LEAR
  • Overview of Stochastic and Electron Cooling at LEAR
  • Low and Medium Energy Antiproton Facilities in the U.S.
  • Charmonium at Fermilab
  • Low Energy Antiproton Possibilities at the AGS
• Conference Summary
• List of Participants