The static quark potential to three loops in perturbation theory
Alexander V. Smirnov, Vladimir A. Smirnov, Matthias Steinhauser
TL;DR
This paper discusses the calculation of the static quark potential in Quantum Chromodynamics up to three-loop order, providing detailed results for master integrals involved in the process.
Contribution
It presents a detailed calculation of the static quark potential at three loops, including explicit results for key master integrals, advancing precision in QCD predictions.
Findings
Successful evaluation of the static potential to three-loop accuracy
Explicit results for 14 master integrals with massless one-loop insertions
Enhanced precision in theoretical QCD calculations
Abstract
The static potential constitutes a fundamental quantity of Quantum Chromodynamics. It has recently been evaluated to three-loop accuracy. In this contribution we provide details on the calculation and present results for the 14 master integrals which contain a massless one-loop insertion.
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