Stringy Corrections to the Wilson Loop in N=4 Super Yang-Mills Theory
Stefan Forste (U.Bonn), Debashis Ghoshal (MRI), Stefan Theisen, (U.Munich)
TL;DR
This paper investigates how stringy fluctuations influence Wilson loop calculations in N=4 Super Yang-Mills theory, providing a formal determinant-based expression for leading order corrections within the AdS/CFT framework.
Contribution
It introduces a formal determinant expression for stringy corrections to Wilson loops in AdS/CFT, advancing understanding of quantum string effects in gauge theory observables.
Findings
Derived a formal expression for leading order stringy corrections
Connected string fluctuations to Wilson loop modifications
Enhanced the theoretical framework for AdS/CFT calculations
Abstract
We study stringy fluctuations as a source for corrections to the Wilson loop as obtained from the superstrings on (adS_5 x S^5)/ N=4 SYM correspondence. We give a formal expression in terms of determinants of two dimensional operators for the leading order correction.
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