The Planck-Related phenomena of parallel universes of our set of universes surround the Planck-Related phenomena of our universe to more of an extent than one would normally think. The Planck-Related phenomena of parallel universes that mirror our universe, as a complete reflection of our said universe, directly surround the Planck-Related phenomena our universe. The different angles that the Planck-Related phenomena of different universes, that surround our universe most directly, are normal to our universe -- with the ecception that the angles of these said alterior universes do not bear a covariant codifferentiable angle of relativistc wobble of ~1.104735878*10^(-81)I degrees of one of these said universes relative to the other. Such a condition that I have just mentioned works to cause the mentioned alterior universes to generally be undeterminable to our universe by ordinary means. Planck-Phenomena are detectible to us by our ordinary means when the angle of vibration of the corresponding Planck-Phenomena is in a Laplacian condition of orphoganation to each other, when this said angle is relative to the adjacent Planck-Phenomena by the prior mentioned angle of ~1.104735878*10^(-81)I degrees. When the said angle of vibration is greater, then, the angular momentum of the mentioned Planck-Related phenomena that angle in orphogantion by more of a degree than just mentioned does not have a correlative spin-orbital momentum that exists in four spots as a cross-like Laplacian-based mapping that bears orphoganation upon each other, in a manner that is not Gliossi, so as to not work to allow for a Real Reimmanian Exchange towards each other during the course of a given arbitrary iteration of group instanton.When the exchanges that happen that allow for the recycling of substingular differential geometries via the reallocation of mini-string segments in so as to involve Planck-Related phenomena of one universe to not be Real Reimmanian relative to the holonomic covariant codetermination of certain other Planck-Related phenomena, during a given arbitrary extrapolation of group instanton that more specifically happens during the BRST portion of the mentioned iteration of the said group instanton, then, the two elluded to sets of Planck-Related phenomena are of different universes during the mentioned iteration of group instanton. Yet, if two sets of Planck-Related phenomena are of different universes, then, the Planck-Related phenomena of what may be described here arbitrarily as the "different" universe are not generally detectalbe to the other universe by ordinary means.
I have a bit more to say about this.
I will continue with the suspense later!
Sincerely,
Samuel David Roach.
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