Holographic perspectives on models of moduli stabilization in M-theory

Recent holographic analyses on IIA and IIB models of moduli stabilization have led to many interesting results. Here we extend this approach to M-Theory. We consider both flux-stabilized models and non-perturbative stabilization methods. We perform a holographic analysis to determine the spectrum of the assumed dual CFT3 to see its AdS/CFT implication. For the flux stabilization, which relies on a large complex Chern-Simons invariant, moduli have integer dimensions similar to the DGKT flux-stabilized model in type IIA. For the non-perturbative stabilization, the results are similar to racetrack models in type IIB.

Automated summary

Recent holographic analyses on IIA and IIB models of moduli stabilization have yielded many interesting results. In this paper, we extend this approach to M-Theory and consider both flux-stabilized models and non-perturbative stabilization methods. Through holographic analysis, we determine the spectrum of the assumed dual CFT3 and its implication in the AdS/CFT framework. For flux stabilization, the moduli have integer dimensions similar to the DGKT flux-stabilized model in type IIA. For non-perturbative stabilization, the results resemble racetrack models in type IIB.