Friday, July 31, 2020

The Big-Bang -- Disturbance In Space

The initial general action of the Big-Bang, acted as an "implosion" that reacted into an "explosion," that worked to help in creating a very large set of dimensional-related pulsation-based eigenstates.  This very large overall net inferred set of metric-based Chern-Simons singularities, each consequently worked to form the spurious condition -- of a very large set of changes in more spatial derivatives, than the number of spatial dimensions that such mentioned (inferred) dimensional-related pulsation-based eigenstates were to be traveling through.  This very large overall net inferred set of Lagrangian-based Chern-Simons singularities, each consequently worked to form an individually taken eigenstate of a disturbance of space, that was pulled into the general "cross-product" of that initially stated "explosion" that had acted as an equal and opposite reaction to the initial "implosion," that had occurred -- due to the initial general Gliosis-related contact of the Logos upon the core of the Big-Bang, working to form discrete energy.  The resultant sets of the eigenstates, of the general "linear" flow of non abelian homogeneously delineated "push and pull" states, that were orthogonal in terms of their Yukawa-based relationship, worked to consequentially help to form electromagnetic energy. The resultant homotopic balance that was then to inevitably occur, -- between the general set of non abelian geometries And the general set of abelian geometries, worked to cause such inferred energy eigenstates of spatial disturbances, to work to form that consequential general resultant steady-state product, that worked to help produce the general conditions, through which cohesive sets of discrete energy quanta were then to interdependently interact, by which the general physical principles of Relativity were then to be governed by this.  Once the physical conditions of Relativity were in place, discrete energy tended to have more of a "liking" to exist in cohesive groups, or in Orbifold Eigensets.  Once this occurred, mass-bearing strings consequentially became more prevalent. I will continue with the suspense later! Continued! Sincerely, Samuel Roach (1989).

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