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Full Description
These proceedings provide a general summary of the theoretical and experimental results which have established QCD as the theory of the strong interactions in the past 20 years. The experimental status of this theory in e⁺e⁻ annihilation, deep inelastic lepton-nucleon scattering and hadron-hadron collisions is reviewed and the theoretical implications are critically discussed. In addition, our knowledge on the non-perturbative sector of QCD, based on lattice and sum rule approaches, is summarized.
Contents
Asymptotic freedom, F.Wilczek. Part 1 e+e- annihilation: jets in Z decays, S.Bethke; jets in perturbation theory, B.Webber; properties of quark and gluon jets, J.Drees; profile of the top quark, J.Kuhn; QCD asymptotic series, A.Mueller; the strong coupling constant, G.Altarelli. Part 2 Deep-inelastic lepton-nucleon scattering: nucleon structure functions, M.Virchaux; spin structure of the nucleon, E.Reya; parton densities at small x, E.Levin; first results from HERA, G.Wolf. Part 3 Hadron-hadron collisions: results from pp-bar colliders, S.Kuhlmann; hadron collisions - theoretical aspects, W.J.Stirling; soft hadron reactions, P.Landshoff. Part 4 QCD at large distances: QCD on the light-cone, S.Brodsky; interquark forces, E.Laermann; light hadrons, R.Kenway; glueballs and hybrids, C.Michael. Part 5 High temperature QCD: deconfinement and chiral symmetry, H.Leutwyler; deconfinement in lattice QCD, F.Karsch; heavy ion-ion collisions, H.Satz. Part 6 Weak interactions: weak matrix elements in lattice QCD, Ch. Sachrajda; weak decay processes, A.Buras. Part 7 The ground state - ITEP sum rules, M.Shifman; the QCD vacuum, K.Johnson. Part 8 Reviews: QCD - the theory of strong interactions, M.Gell-Mann; QCD - part of TOE, J.Ellis.
