Superstring-Related Impedance -- Fractal Of Pressure

 Let us initially consider, that one is to here to be comparing, the differentially kinematic motion, that is here to be directly related, to the co-determinable and co-differentiable behavior, of two different given arbitrary covariant sets, that are of the topological stratum, of what are here to be of such respectively inferred individually taken Noether-Based mass-bearing cohesive discrete energy quanta, as this is here to be taken, over the durational course, of a directly associated Fourier-Related-Progression. Let us now suppose, that both of such inferred "teams" of mass-bearing discrete energy quanta, are here to be kinematically flowing at the same covariant relativistic velocity as each other, when this is here to be considered, as this is to be taken in their relationship, to the motion of electromagnetic energy. Let us next stipulate, that one of such mentioned individually taken sets of mass-bearing discrete energy quanta, is here to have a greater superstring-related impedance, as incurred upon the motion of its directly associated topological manifold, than the other stated set of mass-bearing discrete energy quanta, that is here to be of such a given arbitrary case scenario. That given arbitrary earlier stipulated set of cohesive mass-bearing discrete energy quanta, that is here to have a greater superstring-related impedance, as incurred upon the motion of its directly associated topological manifold, will often tend to work to exert a greater fractal of "pressure" upon its immediately external physical environment, than the other individually taken stipulated set of cohesive mass-bearing discrete energy quanta will, to where, such a comparative tense of a superstring-related means of respective behavior, is here to be directly related, to such a respective given arbitrary type of a case scenario. I WILL CONTINUE WITH THE SUSPENSE LATER! (1989).SAMUEL DAVID ROACH.