Confining Properties of Abelian-Projected Theories and Field Strength Correlators
Dmitri Antonov (ITEP, Moscow), Dietmar Ebert (CERN, Geneva and, Humboldt University, Berlin)

TL;DR
This paper reviews the string representations of Abelian-projected gauge theories and their application to field strength correlators, showing consistency with the Stochastic Vacuum Model and lattice data at large distances.
Contribution
It provides a comprehensive review of Abelian-projected theories and demonstrates their agreement with established models and data for field strength correlators.
Findings
Correlators match the Stochastic Vacuum Model at large distances.
Results are consistent with existing lattice data.
String representations effectively describe confinement properties.
Abstract
We review the string representations of Abelian-projected SU(2)- and SU(3)-gauge theories and their application to the evaluation of bilocal field strength correlators. The large distance asymptotic behaviours of the latter ones are shown to be in agreement with the Stochastic Vacuum Model of QCD and existing lattice data.
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