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Bibliographic Details
Main Authors: Dharanipragada, Pavan, Sathiapalan, B.
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2504.14404
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author Dharanipragada, Pavan
Sathiapalan, B.
author_facet Dharanipragada, Pavan
Sathiapalan, B.
contents We construct a non-abelian spin 1 gauge theory with a cubic interaction in AdS$_4$ from the Exact Renormalisation Group (ERG) flow of a CFT in 3 dimensions. The latter is the ${USp}(2N)$ singlet sector of the free field theory of $2N$ massless complex scalars. The quadratic and cubic terms in the bulk action are those of a gauge fixed version of a (local) gauge invariant action. By construction this bulk action is the evolution operator for the ERG equation of the boundary theory and thus is guaranteed to reproduce the correct boundary correlators using the usual AdS/CFT prescription. This work expands on the programme first set out in arXiv:1706.03371.
format Preprint
id arxiv_https___arxiv_org_abs_2504_14404
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Yang-Mills interaction from boundary vector model
Dharanipragada, Pavan
Sathiapalan, B.
High Energy Physics - Theory
We construct a non-abelian spin 1 gauge theory with a cubic interaction in AdS$_4$ from the Exact Renormalisation Group (ERG) flow of a CFT in 3 dimensions. The latter is the ${USp}(2N)$ singlet sector of the free field theory of $2N$ massless complex scalars. The quadratic and cubic terms in the bulk action are those of a gauge fixed version of a (local) gauge invariant action. By construction this bulk action is the evolution operator for the ERG equation of the boundary theory and thus is guaranteed to reproduce the correct boundary correlators using the usual AdS/CFT prescription. This work expands on the programme first set out in arXiv:1706.03371.
title Yang-Mills interaction from boundary vector model
topic High Energy Physics - Theory
url https://arxiv.org/abs/2504.14404