The Back-to-Back Plateau of the Energy-Energy Correlator from Weak to Strong Coupling
Abstract
The study interpolates the back-to-back energy-energy correlator plateau from weak to strong coupling by combining resummed logarithms in N=4 SYM with bootstrap and strong-coupling data via an agentic workflow.
The back-to-back limit of the energy-energy correlator (EEC) exhibits a finite plateau, capturing the evolution from perturbative soft-collinear radiation at weak coupling to string dynamics at strong coupling. At weak coupling, we resum its leading and next-to-leading-power logarithms through N^3LL in mathcal N=4 SYM, including non-planar contributions. Combining this weak-coupling endpoint with bootstrap and strong-coupling data, we construct an interpolation for the plateau height from weak to strong coupling. The calculation uses a human-in-the-loop agentic workflow.
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