Experimental Signatures of Kahler Stabilization of the Dilaton

TL;DR

This paper explores collider signatures resulting from Kahler stabilization of the dilaton within heterotic string models, demonstrating how supergravity frameworks can inform string phenomenology.

Contribution

It introduces a detailed analysis of collider signatures specific to Kahler-stabilized dilaton scenarios in heterotic string models, linking supergravity to observable phenomena.

Findings

Identification of distinctive collider signatures

Connection between supergravity and string phenomenology

Insights into dilaton stabilization effects

Abstract

We investigate the collider signatures of modular invariant gaugino condensation, with Kahler stabilization of the dilaton, in the context of weakly coupled heterotic string-based models as an example of how supergravity can be used to build a meaningful string phenomenology.