Seeking SUSY fixed points in the expansion
arXiv:2107.14515 · doi:10.1007/JHEP12(2021)033
Abstract
We use the expansion to search for fixed points corresponding to dimensional =1 Wess-Zumino models of scalar superfields interacting through a cubic superpotential. In the case, we classify all SUSY fixed points that are perturbatively unitary. In the and cases, we focus on fixed points where the scalar superfields form a single irreducible representation of the symmetry group (irreducible fixed points). For we show that the S5 invariant super Potts model is the only irreducible fixed point where the four scalar superfields are fully interacting. For , we go through all Lie subgroups of O(5) and then use the GAP system for computational discrete algebra to study finite subgroups of O(5) up to order 800. This analysis gives us three fully interacting irreducible fixed points. Of particular interest is a subgroup of O(5) that exhibits O(3)/Z2 symmetry. It turns out this fixed point can be generalized to a new family of models, with and O(N)/Z2 symmetry, that exists for arbitrary integer N.
arXiv comment29 pages, 5 tables, 1 figure
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