TL;DR
This paper explores how supersymmetry breaking sectors can be effectively isolated in supergravity/string models with moduli stabilization, focusing on the mechanisms that balance vacuum energy and the implications for flavor physics.
Contribution
It analyzes the properties of sequestering in models with F-term uplifting, providing specific examples to illustrate the challenges and features of supersymmetry breaking and flavor suppression.
Findings
Sequestering can be achieved in certain supergravity models with F-term uplifting.
Examples demonstrate the interplay between moduli stabilization and supersymmetry breaking.
The framework addresses issues related to flavor physics and vacuum energy cancellation.
Abstract
We discuss the nature of sequestering supersymmetry breaking sectors in a certain class of moduli stabilization in supergravity/string models, where a negative vacuum energy of the nonperturbative moduli potential is canceled by dynamically generated F-terms. Two illustrating examples are shown to sketch the issues around the supersymmetry breaking, flavors and sequestering within such a framework.
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