and the in Large Supersymmetric QCD
arXiv:1612.05770 · doi:10.1007/JHEP05(2017)122
Abstract
We study the large dependence and the potential in supersymmetric QCD with small soft SUSY-breaking terms. Known exact results in SUSY QCD are found to reflect a variety of expectations from large perturbation theory, including the presence of branches and the behavior of theories with matter (both with and ). However, there are also striking departures from ordinary QCD and the conventional large description: instanton effects, when under control, are not exponentially suppressed at large , and branched structure in supersymmetric QCD is always associated with approximate discrete symmetries. We suggest that these differences motivate further study of large QCD on the lattice.
arXiv comment20 pages; v2: references updated; v3: expanded introduction, accepted for publication in JHEP
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