Ever since there has been discrete reality ever since the Big-Bang happened, everything has had a discrete size. -- Nothing since then has been infinitely small and nothing since then has been infinitely large.
Yet, prior to the Big-Bang, their was the Logos coming in from infinity, and their were infinitely small point particles.
So, although the smallest particles since the Big-Bang happened are not infinitley small, the smallest discrete metrics are infinitessimal, since otherwise, there would be no smooth motion, which, would cause nothing to move hermitianly through the countless Fourier Transformations that exist. Yet, hermitian motion happens all the time somewhere.
There are very many metrics -- countless ones -- that are smaller than the duration of an instanton, yet these do not go evenly in durational span into one discrete unit of radial time nor into one discrete unit of transversal time. Yet, when you put together all of the tiny metrics that go into making one unit of discrete time, these metrics that are below the durtation of one transversal Planck Instant add up to equal the duration of one instanton -- when one also considers the direction and wave-tug of the tiny metrics that I am discussing here.
Also, if something is both Kaluza-Klein and Yau-Exact in its singularities that are in-between the superstrings that comprise a given phenomenon, then it can not go at light-speed or faster. Yet, if one converts the light-cone-gauge-topology of a phenomenon that has mass (which has both a Kaluza-Klein topology and Yau-Exact singularities) converts its light-cone-gauge topology into a Yang-Mills topology, then it may be translated at light-speed or faster via a manner that I know yet will not mention. Sincerley,Sam.
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