Supersymmetry and Stability of Flux Vacua
Jose J. Blanco-Pillado, Renata Kallosh, Andrei Linde
TL;DR
This paper presents a modified KKLT mechanism for stabilizing moduli in a supersymmetric Minkowski vacuum, ensuring stability and positive mass matrices for key fields.
Contribution
It introduces a new version of the KKLT mechanism that guarantees vacuum stability through supersymmetry in Minkowski space.
Findings
Vacuum stability is achieved via supersymmetry.
Mass matrices for moduli are positive definite.
The mechanism ensures a stable Minkowski vacuum.
Abstract
We describe a modified KKLT mechanism of moduli stabilization in a supersymmetric Minkowski vacuum state. In this mechanism, supersymmetry ensures vacuum stability and positivity of the mass matrix for the dilaton, complex structure, and the volume modulus.
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