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AbstractAbstract
[en] We have investigated the spin dependence of the potential between heavy quarks in full lattice QCD, including the effects of light quark loops. The form of the spin-orbit, the tensor and the spin-spin forces present clear evidence for long-range scalar confinement supplemented by a Coulomb force at short distances. This agrees with observations from quarkonium spectroscopy. The QCD simulation has been carried out for Kogut-Susskind fermions with four degrees of freedom at a gauge coupling β = 5.35 and a quark mass amq 0.01 on a 163 x 24 size lattice. This corresponds to a lattice spacing 0.12 fm, a spatial lattice size of about 2 fm and a light quark mass of 48 MeV. (orig.)
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Dec 1993; 14 p; BI-TP--93/74; ISSN 0418-9833; 

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BAG MODEL, CENTRAL POTENTIAL, COMPUTERIZED SIMULATION, DEGREES OF FREEDOM, FERMIONS, FLAVOR MODEL, INTERACTION RANGE, J-J COUPLING, LATTICE FIELD THEORY, LATTICE PARAMETERS, L-S COUPLING, QUANTUM CHROMODYNAMICS, QUARK-ANTIQUARK INTERACTIONS, QUARKONIUM, QUARKS, REST MASS, SPIN ORIENTATION, TENSOR FORCES
COMPOSITE MODELS, CONSTRUCTIVE FIELD THEORY, COUPLING, DISTANCE, ELEMENTARY PARTICLES, EXTENDED PARTICLE MODEL, FIELD THEORIES, INTERACTIONS, INTERMEDIATE COUPLING, MASS, MATHEMATICAL MODELS, ORIENTATION, PARTICLE INTERACTIONS, PARTICLE MODELS, POSTULATED PARTICLES, POTENTIALS, QUANTUM FIELD THEORY, QUARK MODEL, SIMULATION
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