Natural solution of SUSY problem from modulus stabilization in modular flavor model
arXiv:2412.07642 · doi:10.1103/8z51-3zgf
Abstract
We propose a solution to the SUSY -problem within the framework of modular flavor symmetry. The explicit -term is prohibited by modular symmetry, and an effective -term is regenerated following the stabilization of the modulus field. We examine the stabilization mechanism of a single modulus field with the presence of SUSY breaking contributions described by the non-linear SUSY realization scheme involving a nilpotent Goldstino superfield. A natural small , significantly smaller than the SUSY scale, can result from either the expansion of typical modular forms using a small deviation parameter near the fixed point , or from the combined effects of suppression by powers of [or ] along with the asymptotic suppression behavior of typical modular forms away from the fixed point , taking the form of appropriate power of the tiny deviation parameter. A natural small can also be achieved by a weighton-like mechanism for bilinear.
arXiv commentVersion accepted in PRD; major changes, discussions added; 40 pages, 2 figures
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