Civita Interaction Being Made Gliosis Upon Certain Phenomenology

 When a given arbitrary Civita interaction, is here to work to bear a Yukawa-Related Coupling, in a Gliosis-Based manner, as this is to be taken upon the respective given arbitrary physical phenomenology, that is here to behave, as working to bear the physical construct, of a given arbitrary initial mappable-tracing, that is here to act as the eminent entity of a given arbitrary topological manifold, that is here to be displayed as exhibiting a De Rham cohomology, as this is here to be taken over a directly corresponding Fourier-Transformation; -- that it then is to consequently follow, that this inferred general genus of a given  arbitrary respective gauged-action, will consequently often tend to work to form a perturbation (alteration), in the general cohomology-related pattern,  that was here to be of the earlier stated initially considered De Rham cohomology, -- to where the initially inferred given arbitrary hermitian cohomology (that is here to work to help at describing, the general behavior of the said De Rham cohomology), to where this will thereby tend to result, into spontaneously altering the general physical manner of its exhibited mappable-tracing (to where this eludes, to the initial covariant topological mapping of the said De Rham cohomology), to where such an initially inferred hermitian cohomology, will consequently tend to ensue, into changing in its general genus of topological construct, to where it will "now" tend to work to display, the exhibition of a  Dolbeault cohomology, instead. I will continue with the suspense later! Sincerely, SAM ROACH.

Space-Time-Divergence

 When one is to be taking into consideration, the general conditions that are here to exist among different eigenstates that are of the same type of a nature, but, of which are here to be directly associated with  respectively different universal settings, -- let's think of what may often be meant by the general phrase -- "space-time-divergence." What this often may refer to here, is the manner by which the same type of actual "stuff" may be encoded for in the same general manner, -- yet at a different type of a covariant "spot" and/or "positioning" in time and space. Sincerely, Samuel David Roach.

Maximum Rates Of Both Homology-Based Degeneration And Homology-Based Generation

When the Ward-Cauchy-related angle --  by which a superstring that is here to work to exhibit a Legendre homology, by consistently being in the process of working to strike those physical norm-state-projections that it is to come into contact with, in a Gliosis-based manner -- is to be subtended at just over 0 degrees, then, the rate of homology-based degeneration will be maxed-out as the correlative homology-based generation will be minimized.  Furthermore, -- when the Ward-Cauchy-related angle -- by which a superstring that is here to work to exhibit a Legendre homology, by consistently being in the process of working to strike those physical norm-state-projections that it is to come into contact with, in a Gliosis-based manner -- is to be subtended at just under 90 degrees, then, the rate of homology-based generation will be maxed-out as the correlative homology-based degeneration will be minimized.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.

Part Three As To Magnetic Flux Density

To recap from what was eluded-to before, each of the first-order point particles of any one given arbitrary Fadeev-Popov-Trace eigenstate -- will bear a viable reaction with that set of ghost-related Lagrangian-based traces, that are of the relatively proximal local light-cone-gauge eigenstate, as to the immediately prior interactions, in which the particle-related tense of discrete energy impedance had just interacted with the wave-related tense of discrete energy impedance -- when this is here to work to involve their Gliosis-based interactions that these work to bear, with the norm-state-projections that had surrounded these.  All ground-states, in general, work to bear a kinematic relationship with Fock Space, in such a continuously iterative manner, of which is here to be developed over a sequential series of group-related instantons.  Such a relationship is carried onward -- as the multifarious settings in which discrete energy interact in a Gliosis-based manner -- with less homotopically indical norm-states, is transferred into a perturbative shift -- as to the translation of the flow of the holonomic substrate, by which the nodes of space-time-fabric are brought through the arena of the netting of such said space-time-fabric, over time.  The Hilbert-related (volume-space-related) propagation of such a perturbative sifting of interconnected first-order point particles, that tend toward an inter-binding, by means of mini-stringular segmentation, is the general idea behind what cohomology is.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.