Superstrings that are of the same universe are going to tend to be within orbifolds, in which all of the superstrings of any given arbitrary orbifold that is of the said universe will more than likely be superstrings that are of the same universe as well. I apologize for the redundancy, yet, I want to make this particularly clear.
Orbifolds often have pseudo-cohomologies that inter bind different orbifolds that are each of different universes that only have the orbifold of -- in our case -- our universe -- detectable within the means of any reasonable first-hand scientific simple extrapolation. This is because although all of the universes of one set of parallel universes are very near each other from within what we would term of as a small scope of scalar distance, and, there is residue of all of the universes in kinematic space-time-fabric that is right near each of the other kinematic actual universes. Yet, superstrings that are not of the same universe do not share a common Li Algebra Genus of Gaussian-Based spatiality. Therefore, to a life form of a given arbitrary universe, an orbifold will tend to -- within any detection at first glance -- be comprised of superstrings that are all of the same universe. Cohomoligies are the inter binding of the topology of substringular phenomena. So, the mapping of an orbifold tends to map the manifold or membranal-like structure of a set of superstrings of one given arbitrary universe that acts as a relatively organized group of such substringular phenomena. I will continue with the suspense later! Sincerely, Sam.
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