Phenomenological Aspects of F-theory
Vadim S. Kaplunovsky (University of Texas), Jan Louis (University, of Halle)
TL;DR
This paper explores the phenomenological implications of F-theory, focusing on string vacuum stabilization and supersymmetry breaking, addressing longstanding challenges in string phenomenology.
Contribution
It revisits key issues in string phenomenology within the framework of F-theory, offering new insights into vacuum stabilization and supersymmetry breaking mechanisms.
Findings
New perspectives on heterotic string vacuum stabilization
Insights into dilaton expectation value effects
Implications for low-energy supersymmetry breaking
Abstract
Stabilizing a heterotic string vacuum with a large expectation value of the dilaton and simultaneously breaking low-energy supersymmetry is a long-standing problem of string phenomenology. We reconsider these issues in light of the recent developments in F-theory.
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