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AbstractAbstract
[en] We compute the principal contribution to the index in the supersymmetric quantum mechanical systems which are obtained by reduction to 0+1 dimensions of N=1, D=4,6,10 super-Yang-Mills theories with gauge group SU(N). The results are: 1/(N2) for D=4,6, sum dverticalstrokeN1/(d2) for D=10. We also discuss the D=3 case. (orig.)
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Journal Article
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10D N=1 SUPER-YANG-MILLS THEORY, 3D N=1 SUPER-YANG-MILLS THEORY, 4D N=1 SUPER-YANG-MILLS THEORY, 6D N=1 SUPER-YANG-MILLS THEORY, BOUND STATES, DEFORMATION, D-PARTICLE BOUND STATES, GLOBAL SYMMETRIES, INSTANTONS, QUANTUM THEORY, QUASIPARTICLES, SU(N) GAUGE GROUP, SU(N) THEORY, SUPERSYMMETRIC FIELD THEORY, SUPERSYMMETRIC QUANTUM MECHANICS, SUPERSYMMETRY, SUPER-YANG-MILLS THEORY REDUCTION, YANG MILLS THEORY, YANG-MILLS THEORY
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