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Employing the Worldline casting of the Dosch-Simonov Stochastic VacuumModel(SVM) for QCD, a simulated meson-meson scattering is studied in the Reggekinematical regime. The process is modelled in terms of the "helicoidal" Wilsoncontour first introduced by Janic and Peschanski in a related study based on anAdS/CFT-type approach. Using lattice supported estimations for the behavior ofa two-point, field strength correlation function, as defined in the frameworkof the SVM, the reggeon slope and intercept are calculated in a semiclassicalapproximation. The resulting values are in good agreement with the acceptedphenomenological ones. Going beyond this approximation, the contributionresulting from boundary fluctuations of the Wilson loop contour is alsoestimated.

Non-Perturbative Regge Exchange in Meson-Meson Scattering: An Analysis Based on the Stochastic Vacuum Model