Betti Action Generation

 The more generative that the Betti Action is to be, the more spontaneously compact that the resulting Kahler Hamiltonian Topological Manifold will tend to become. The more degenerative that the Betti Action is to be, the less spontaneously compact that the resulting Kahler Hamiltonian Topological Manifold will tend to become. 

The Betti Action is orientable, when the eminently corroborative Betti Number, is of an even Imaginary Ordering. The Betti Number is non orientable, when the eminently corroborative Betti Number, is of an odd Imaginary Ordering. The stronger that the generative action of the Imaginary Ordering of the Betti Action tends to be, as indicated by an associated enhanced positive Betti Number, the more spontaneously compact, that the eminently associated Kahler Hamiltonian Topological Manifold, will consequently tend to become. Furthermore; The stronger that the degenerative action of the Imaginary Ordering of the Betti Action tends to be, as indicated by an associated enhanced negative Betti Number, the less spontaneously compact, that the eminently associated Kahler Hamiltonian Topological Manifold, will consequently tend to become. 

The Betti Action tends to be orientable, when the covariant field of the eminently corroborative region, that is here to be subtended between the eminently associated super string-region, when in co-relation to its eminently associated counterpart string region, is to act, in so as to work to bear a non disjointed, net homeomorphic field. 

Higgs Action Stuff

 The Higgs Boson tends to generally behave, in so as to act in such a manner, to where it works to bear a heightened probability, of enhancing the venue of isotropic characteristics, upon proximal regional steady state energy. 

The initial Higgs Boson -- What I call, the "Isoelliptoabelian," worked to help, in facilitating the formation of the initial super strings, by acting to couple eigenstates of the general quanta of the initial motion of the "Big-Bang," with its inverse angular frequency, -- thereby working to help form the start, of the generation of the initially existent Hamiltonian Topological Manifolds, in the form of vibrating hoops and vibrating strands of holonomic substrate-like entities, of which worked to gradually physically evolve, over the span of the duration of space and time as we are able to perceive of it, into the multiverse of which we currently live in. Again; All of the universes of our multiverse, to my current perception, work to bear at least residue, that is fairly relative in proximal adjutant placement to one another. -- And; All of the universes of each of the three individually taken sets of parallel universes, work to bear super strings of discrete energy permittivity, that have even more of a tendency of being fairly near each other.

For instance: In the double-slit experiment, it appears that the same photon can be at multiple places at the same time. Yet; This is a mistake in the interpretation of the data. IN REALITY: The same encodement of the photon, as taken for different individually taken universes and or for different individually taken layers of reality, may often be metaphorically shelled from amongst each other, for a lack of a better way of wording this. So; When the double-slit experiment is to occur, these multiple potential shells, are often unleashed from around each other, to make it appear that these are the same photon at different spots at the same time, when these are actually different versions of the same general encoded reality of a particle, that have hereunto been activated, in a sense, to be physically generated, into spreading from amongst one another. 

Trinomial Eigenstates; Next