As To The Contour-Based Formation Of Space-Time-Fabric

The gluonic force --  a.k.a. the strong force -- is multiplicitly formed as the centralized knotting of the multivarious Rarita Structure eigenstates, throughout the multivarious Laplacian-based settings of space-time-fabric-based phenomenology.  The countless eigenstates of the gluonic force, work to bear their so-eluded-to eigenbases of their directly associated fractals of angular momentum -- which may be typified as the countless correlative wave-tug/wave-pull eigenbases of the directly corresponding push and pull states of what are then the multiplicit-based localized Hamiltonian operations of the said gluonic-based force.  Homotopy is formed by what I term of as the holonomic substrate-based Ward-Caucy-based existence of mini-stringular segmentation.  So, the so-stated and the so-eluded-to Hamiltonian-based operations, that are here most directly in association with the activity of gluons, tend to be constantly pulled and pushed along the here directly corresponding Rarita Structure eigenstates -- that are here proximal to each of the individually taken local cites of each respective given arbitrary eigenstate of the so-stated gluons, to where these gluons -- of which are the main Hamiltonian operators that work to form the framework and the activity of the strong force -- are able to perform their sub-atomic-based functions.  The more gluons that are then local to one given arbitrary volume-based density of the holonomic substrate of any respective given arbitrary space-time-fabric-based phenomenology, are to exist at such a general locus in so long as to be present then -- the more of a wave-tug/wave-pull by which the correlative strong force is then to be able to work at tending to bear a fractal of angular momentum upon what is here the proximal local region that it is Poincaire to such an eluded-to Ward-Neumman-based physical parameterization of substringular locality, to where that space-time region that is as well proximal and local to the adjacent region in which such an integration of Hamiltonian-based operations of the strong force is to be acting in, in  so as to bring its fractal of angular momentum upon the so-stated region -- to where such a set of conditions is then more likely to have the bearings of more of a wave-tug/wave-pull upon those proximal and local mini-stringular segmentations, that are to here be most directly associated with the correlative respective locus of any correlatively proximal Rarita Structure eigenstates, to where such an integrative state of a so-eluded-to warping of the space-time-based fabric is to then be more likely to tend to occur here.  To Be Continued!  Sincerely, Sam Roach.