Frequency Eigenstates Of The Holonome Of The Double-Helicit Calabi-Yau Manifold Of Neutrino Phenomenology

 The directly pertinent frequency eigenstates, of a neutrino-related phenomenon, which are here to be eminently associated, with each of the spatial dimensions of space-time-fabric, that are traveled through by the earlier stated neutrino-like phenomenon, that are here to be of the  directly corresponding general holonome, which is here to be of the Double-Helicit Calabi-Yau Manifold, that is of a given arbitrary respective neutrino-related phenomenology, are to tend to eminently act in a gauged manner, in so as to work to bear an interdependent association, between both a transversal metric component, of which is here, to be in conjunction with a set of one or more spin-orbital metric components. The covariant general gauged resultant, which is of the topological sway, that is here to be most associated, with the wave-tug-based interaction, that is here to be effectively occurring, as such an inferred particle-like neutrino, is in the process of being kinematically transferred thru space and time, via the workings of a directly associated Legendre homology, of which is here to be most eminently associated with the recursive spatially translated kinematic motion, of such inferred frequency-based eigenstates -- as these frequency-based eigenstates, are to be flowing as a cohesive net unit over time, as this is here to be undertaken, when in lieu of their correlative association, with their immediately externalized physical environment, will often tend to consequentially work to form, the tense of a superstring-like pattern, -- to where the multiplicity of such an inferred encoded pattern, will often have the general tendency, of working to assist at helping to facilitate the general priming of the Rarita Structure, in so as to work at assisting the facilitation, of thence helping the multiplicity of those eigenstates, that are of the correlative oscillation of operational gauge-boson eigenstates, to thence be able to help at facilitating the formation, of the reductional forces of physical nature. SINCERELY, SAM ROACH.