Ladder exponentiation for generic large symmetric representation Wilson loops
Diego H. Correa, Fidel I. Schaposnik Massolo
TL;DR
This paper verifies that in the large representation limit, the expectation values of Wilson loops in N=4 super Yang-Mills theory exponentiate at strong coupling, using holographic D3-brane descriptions.
Contribution
It confirms the exponentiation proposal for large symmetric representation Wilson loops at strong coupling via holographic methods.
Findings
Exponentiation holds in the strong coupling limit.
Holographic D3-brane description matches the 1-loop result.
Validates the large representation rank limit proposal.
Abstract
A recent proposal was made for a large representation rank limit for which the expectation values of N = 4 super Yang-Mills Wilson loops are given by the exponential of the 1-loop result. We verify the validity of this exponentiation in the strong coupling limit using the holographic D3-brane description for straight Wilson loops following an arbitrary internal space trajectory.
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