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I apply the equations of motion derived in the accompanying manuscript forthe classical approximation of the vsl-path integral to the Newtoniangravitational field in simple geometries. The vsl classical-action, a complexquantity in this case, yields modified Euler-Lagrange equations. This, in turn,leads to the emergence of two equations of motions that must be satisfiedconcomitantly in order to minimize the complex action. The solutions obtainedto the doublet equation of motion include the MOND force law, adark-energy-like omni-present repulsive gravitational force, a pioneer-likeanomaly at the solar system level, and additional predictions, which can beverified with either careful observations or via additional probes to the outersolar system. The exercise carried out in this paper exemplifies theexplanatory potential of the vsl-approach, pointing to a potentially newphysics paradigm. Finally, the vsl-approach is not only predictive, but highlyfalsifiable, an important ingredient of any physics theory.

A possible solution to the Dark Matter, Dark Energy, and Pioneer Anomaly problems via a VSL approach