Antiproton-Nucleon and Antiproton-Nucleus Interactions

I QCD And Theoretical Description of NN? Interaction.- Lattice QCD: why and how.- Antiproton annihilation in quantum chromodynamics.- Baryon-antibaryon nuclear interactions.- A review of NN? annihilation mechanisms.- Exclusive production of heavy flavours in proton-antiproton collisions.- pp? annihilation into vector mesons and into ???, KK? ?, ?? and KK? in the 3P0 model.- Protonium annihilation into two mesons.- Polarization in the pp?-elastic scattering near threshold.- Nucleon electromagnetic form-factor in the time-like region near NN? threshold.- II Experimental Aspects of NN? Scattering.- Measurement of spin parameters.- Antiproton-proton cross sections at small momenta.- Comparison of d?/d? and Aon results in pp? scattering with model predictions.- Measurement of spin dependent observables in the p?-p elastic scattering from 450 to 700 MeV/c.- Study of the spin structure of the pp? ? nn? channel at LEAR.- Total and differential cross sections for the reaction pp? ? ???.- Spin observables in the reaction pp? ? ???.- III Antinucleon-Nucleus: Theory.- Antiproton-nucleus interaction elastic scattering and atomic bound states.- Deep antiproton annihilations on nuclei.- Antiprotonic atoms with a deformed nucleus.- Antiproton-nucleus scattering.- IV Antinucleon-Nucleus: Phenomenology and Experimental Results.- Antiprotonic atoms.- Analysis of p?-nucleus elastic scattering and reaction cross sections with a Glauber model.- Antiproton-helium annihilation around 1 MeV.- Isospin effects in antiproton-nucleus annihilation.- Low energy antiproton interaction with Ne nuclei.- Measurement of analysing power of p?C elastic scattering at LEAR.- V Machine Developments.- LEAR in the nineties.- Participants.