A space-time approach to multigluon computations in QCD: An application to effective action terms
A. I. Karanikas, C. N. Ktorides
TL;DR
This paper extends the space-time formulation of QCD's gluonic sector using Polyakov worldline path integrals to multi-gluon loops, deriving master formulas for effective action calculations.
Contribution
It introduces a novel extension of the Polyakov worldline approach to multi-gluon configurations in QCD, providing new computational formulas.
Findings
Derived master formulas for multi-gluon effective actions
Extended the space-time formulation to complex gluonic loops
Enhanced computational tools for QCD effective actions
Abstract
The applicability of the space-time formulation of the gluonic sector of QCD in terms of the Polyakov worldline path integral, via the use of the background field gauge fixing method, is extended to multi-gluon loop configurations. Relevant master formulas are derived for the computation of effective action terms.
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