# Supersymmetry preserving and breaking degenerate vacua, and radiative moduli stabilization

## TL;DR

This paper introduces a novel moduli stabilization method where supersymmetric and breaking vacua are initially degenerate, with loop corrections resolving this degeneracy and predicting light axions.

## Contribution

It presents a new scenario for moduli stabilization with degenerate vacua that are distinguished by loop corrections, leading to potential light axions.

## Key findings

- Degenerate vacua are stabilized by loop corrections.
- Light axions are predicted in the model.
- Loop effects resolve initial vacuum degeneracy.

## Abstract

We propose a new type of moduli stabilization scenario where the supersymmetric and supersymmetry-breaking minima are degenerate at the leading level. The inclusion of the loop-corrections originating from the matter fields resolves this degeneracy of vacua. Light axions are predicted in one of our models.