New equations for vacuum correlators in gauge theories
D.V.Antonov (ITEP, Moscow)
TL;DR
This paper develops new equations for vacuum correlators in various gauge theories using stochastic quantization, providing a unified approach to connect gauge-invariant correlators across different models including QCD and QED.
Contribution
It introduces novel equations derived via stochastic quantization that relate multilocal gauge-invariant correlators in multiple gauge theories, including models with spin effects.
Findings
Derived equations for gauge-invariant correlators in QCD and QED.
Unified framework applicable at zero and finite temperature.
Exact treatment of spin effects in QED.
Abstract
Stochastic quantization is applied to derivation of equations connecting multilocal gauge-invariant correlators in different field theories. They include Abelian Higgs Model, QCD with spinless quarks at T=0 and T>0 and QED, where spin effects are taken into account exactly.
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