A prediction for bubbling geometries

TL;DR

This paper predicts the supergravity action for bubbling geometries in N=4 Yang-Mills theory by computing Wilson loop expectation values in a specific parameter region, linking gauge theory and gravity duals.

Contribution

It provides a novel prediction for supergravity actions based on Wilson loop computations in bubbling geometries, advancing the gauge/gravity correspondence understanding.

Findings

Wilson loop expectation values computed in bubbling geometry regions

Prediction of supergravity action on bubbling geometries

Enhanced understanding of gauge/gravity duality in supersymmetric contexts

Abstract

We study the supersymmetric circular Wilson loops in N=4 Yang-Mills theory. Their vacuum expectation values are computed in the parameter region that admits smooth bubbling geometry duals. The results are a prediction for the supergravity action evaluated on the bubbling geometries for Wilson loops.