Part Four As To Magnetic Flux Density

Often, the matrix of a magnetic flux density could be utilized, in so as to work to link multiple different layers of reality together -- that are each still of the same universal setting.  This eludes to the general condition, that each universal setting that exists in time and space, works to involve thousands of different layers of reality.  This then works to mean, that one may often have multiple layers of reality -- that work to involve the same Gaussian tense of working to bear a compliance to the same overall set of correlative Real Reimman spaces.  Each individually taken layer of reality, may be considered here to exhibit one tense of which I name of as being called a "tori-sector-range."  One universe of any one individual set of parallel universes, works to bear many of such "tori-sector-ranges."  At any one given arbitrary set of iterations of group-related instanton, in any one set of parallel uinverses, there is one predominant layer of reality -- even though there are still many thousands of different overall layers of reality, that are then to be exhibited in some manner, shape, or form, during that said iteration of group-related instanton.  So, a magnetic flux density matrix, that is here to be of one general genus of Gaussian-related tense, -- may often work to inter-bind a set of two or more of such mentioned tori-setor-ranges, over the course of one individual set of one or more sequential iterations of group-related instanton.  Furthermore, sometimes, when an eigenstate of a magnetic flux density is operationally delocalized to a great enough degree -- this general genus of activity may often work to shift the phenotypical exhibition, as to what layers of reality are here to then to be demonstrated -- by the overall composite matrix of such magnetic flux density.  This will then be indicated by a resultant alteration in the organization of the coherent integrative tori-sector-ranges -- in which these are then to operate, in so as to bring together the interdependence of the said cohesive set of layers of reality.  This perturbative activity, is then to work to form a specific codeterminable, covariant, and a codifferentiable inter-play of the composite tori-sector-ranges -- as to then to work to bear a resultant interdependent effect, over time.  This will then work to effect the manner in which the directly corresponding Gaussian spaces of the said matrix of a magnetic flux density -- will then work to take an effect upon each of the individually taken sets of GSO cohomologicalrelated eigenstates, that are here to be correlative to the consequent resulting activity of each of the directly corresponding layers of reality.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.