If the second sphere is now turned around so that the Gravitrational rotation is in the opposite direction and the north pole of this second sphere is now adjacent to the north pole of the first sphere, it can be seen that the Gravitrational vortexes are now contra-rotating, so that the Gravitrons are impacting each other to a greater extent than before thus accelerating many of them and their impacting on the opposing spheres. The effect of this will be to increase the repulsive forces between the spheres thereby causing them to be forced apart. In comparison, if the spheres were hypothetically not spinning or spinning at a lower speed, a state would exist whereby the Gravitrons would impact more on the respective spheres than in the first example of north to south orientation, thereby increasing the repulsive forces and conversely Gravitrons would impact with less energy on the respective spheres than in the second example of north to north orientation, thereby decreasing the repulsive forces between them.

It follows that such enhanced Gravitrational vortex effects will produce a much reduced or increased interaction between the spheres, although the effects of background Gravitration impacting on the surfaces of the spheres will remain relatively unchanged in terms of their effect. It should, however, be emphasised that there is no physical property attaining to any two spheres, masses or particles that induce an attractive force.