Number Of Dimensions Of Cyclical Spin — Kaeler-Metric

 Let us consider two different mass-bearing cohesive sets of discrete energy quanta, that are here to each be orbiting around the surface of two similar yet uniquely different closed-looped topological manifolds, in a covariant manner, as this is here to be considered, to be taken over the relativistic span, of the same overall duration of time — via the “perspective” of a central coni-point. One of these two sets of cohesive energy, is to work to bear a cyclical rotation (spin), around a closed-looped circuitry — in one number of spatial dimensions; whereas, the other one of these two different sets of cohesive energy, is also to work to bear a cyclical rotation (spin), around a closed-looped circuitry — in a higher number of spatial dimensions, than the other one of such cohesive sets of discrete energy quanta. That mass-bearing cohesive set of discrete energy quanta, which is here to be rotating around a closed-looped circuitry, that is of a higher number of spatial dimensions, than the other one of the two said sets of cohesive energy, will consequently tend to work to bear a greater tendency of being Gliosis to the Kaeler-Metric, than the other one of these two said sets of discrete energy. I will continue with the suspense later! To Be Continued! (SAM ROACH).