Let us take into consideration a certain condition, at which there are two different distinct given arbitrary third-order Schwinger-Indices -- these two said respective Schwinger-Indices, when individually taken in a covariant retrospect to one another, are moving towards each other with a supplemental-based helicity -- via a tense of both a codeterminable and a codifferentiable Fourier Transformation that is made of a Yukawa-based nature -- via a prevailing condition of Ward-Polarization, when this is taken at the Poincare level to the interfacing of the gauge-metrical-based Hamiltonian operation, that is involved with the interaction that is to happen -- as the two so-stated Schwinger-Indices are to act upon each other in a Gliosis-based manner, via the traversel of these so-eluded-to Hamiltonian operators that is upon the Lagrangian-based paths of their respective given arbitrary Hamiltonian-based operands. Let us next consider in this given arbitrary scenario, that these two mentioned covariant vibrational oscillations -- that are here to be moving along the general region of the respective given arbitrary proximal locus of the directly associated Rarita Structure, are to collide upon the general group-metric, that is gauged upon both the binary-related spin-orbital and the binary-related transversel topological sways, that are related to both the overall radial and the overall angular momentum-based scalar amplitude and scalar magnitude of the holonomic substrate of those vibrational indices -- that are of a gauge-metrical-based binary tense of a converging Hamiltonian operator of a kinematic Fourier-based gauge-action. This said Fourier-based gauge-action is to happen over a sequential series of group-related instantons. Let us next consider that, although the two said Schwinger-Indices, of this respective case -- that are to here work to bear a completely supplemental-based tense as to the helicity that is here related to the given correlative tense of Ward-polarization, is that of a completely covariant-based even chirality -- when this is taken in a direct relationship to the Hamiltonian-based eigenindices of their Yukawa-related approach, over time, but still, the so-eluded-to tense of the said Schwinger-Indices, will here, in this respective case, work to bear a completely opposite tense of both a spin-orbital-based and of a transversel-based condition of parity -- over the whole dimensional-based tense of the correlative Ward-Caucy-based parameterizations that are Yukawa to the said Schwinger-Indices, over the correlative gauging of the here correlative group-related metric. This will then work to cause the resultant interaction of the holonomic substrate, that is of the converging binary phenomenology of disturbance in this case, that had been acting as a dual Hamiltonian operator that functioned as a dual group-attractor of vibration, to approach a proximal localization of a set conipoint in space -- at a set locus, that may be mapped along the here respective given arbitrary Rarita Structure eigenstate of this case, in so as to work to undue the vibrational oscillations that had been of the converging so-eluded-to gravity waves that had just previously been rippling along the said Rarita Structure eigenstate, -- to where, the two said kinematic-based vibrational propagations of the said Hamiltonian operators of this case, will then act in so as to cancel each other, in so as to work to elliminate the here converging dual state of a disturbance of the directly correlative mini-stringular segmentation, that will have had just worked to act as the substrate of the Hamiltonian operand that had been at the proximal locus of that topological stratum of mini-stringular holonomic substrate, that had earlier been pulled into the respective correlative kinematic interface that had here interacted at the Poincare level to the correlative Gliosis-based topological interface, to where this will thereby work to indirectly cause an external locus of the Rarita Structure, to then subsequently work to bear an ensuing disturbance along the so-mentioned respective given arbitrary external-based topological stratum of mini-stringular segmentation -- at some ulterior general locus in space -- in so as to tend to result in a general tense of the Fourier-based conservation of the quantum scalar magnitude of the overall gravity-wave-based topological-based phenomenology, that tends to move in the direction of existing as such over space and time. I will continue with the suspense later! To Be Continued!
Sincerely, Samuel David Roach.
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