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AbstractAbstract
[en] By studying an equivalent non-abelian bosonic theory we resolve the spectrum of Quantum Chromodynamics in one space-one time dimensions for massless quarks. The emphasis is placed in the non chiral sector described by colored meson fields. Two and four point functions of these fields are explicitly calculated in the large N limit. Some of the relevant issues: Chiral symmetry realization, phases, baryon spectrum, topology etc..., are revisited. (orig.)
Primary Subject
Source
2. European workshop on hadronic physics with electrons beyond 10 GeV; Dourdan (France); 8-12 Oct 1990
Record Type
Journal Article
Literature Type
Conference
Journal
Country of publication
ASYMPTOTIC SOLUTIONS, BARYONS, CHIRAL SYMMETRY, CHIRALITY, COLOR MODEL, CORRELATION FUNCTIONS, LAGRANGIAN FIELD THEORY, MASSLESS PARTICLES, MESONS, ONE-DIMENSIONAL CALCULATIONS, PARTICLE MULTIPLETS, QUANTUM CHROMODYNAMICS, QUARKS, REST MASS, SPACE-TIME, SU GROUPS, SU-2 GROUPS, TOPOLOGY, TWO-DIMENSIONAL CALCULATIONS, UNIFIED GAUGE MODELS
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