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The Stochastic Vacuum Model for QCD, proposed by Dosch and Simonov, is fusedwith a Worldline casting of the underlying theory, i.e. QCD. Important,non-perturbative features of the model are studied. In particular,contributions associated with the spin-field interaction are calculated andboth the validity of the loop equations and of the Bianchi identity areexplicitly demonstrated. As an application, a simulated meson-meson scatteringproblem is studied in the Regge kinematical regime. The process is modeled interms of the "helicoidal" Wilson contour along the lines introduced by Janikand Peschanski in a related study based on a AdS/CFT-type approach. Workingstrictly in the framework of the Stochastic Vacuum Model and in a semiclassicalapproximation scheme the Regge behavior for the Scattering amplitude isdemonstrated. Going beyond this approximation, the contribution resulting fromboundary fluctuation of the Wilson loop contour is also estimated.

Worldline Casting of the Stochastic Vacuum Model and Non-Perturbative Properties of QCD: General Formalism and Applications