Correlator of Fundamental and Anti-symmetric Wilson Loops in AdS/CFT Correspondence
Ta-Sheng Tai, Satoshi Yamaguchi

TL;DR
This paper investigates the correlator of Wilson loops in different representations within N=4 super Yang-Mills theory, using AdS/CFT duality to analyze phase transitions and limiting behaviors.
Contribution
It provides a detailed holographic calculation of the correlator involving a D5-brane and a fundamental string, elucidating the Gross-Ooguri transition.
Findings
Identified the holographic dual system of D5-brane and fundamental string.
Calculated the on-shell action and characterized the Gross-Ooguri transition.
Explored limiting cases of the Wilson loop correlator.
Abstract
We study the two circular Wilson loop correlator in which one is of anti-symmetric representation, while the other is of fundamental representation in 4-dimensional super Yang-Mills theory. This correlator has a good AdS dual, which is a system of a D5-brane and a fundamental string. We calculated the on-shell action of the string, and clarified the Gross-Ooguri transition in this correlator. Some limiting cases are also examined.
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