Bonding Between Two Different Forming Open-Loops

Let us consider an open-strand of substringular phenomenology, that is here to bend in a hermitian manner -- in conjunction with another open-strand of substringular phenomenology that is here to bend in a hermitian manner, -- in so as to form two different distinct substringular forming open-loops, that are to ensue in so as to twine together at one covariant proximal locus, in so as to then to link together to work to form an open substringular loop, that is to consist of two tied together eigenstates of topological stratum that are to both, when individually taken, to bear a gauging as being of the scalar amplitude of  the Planck Length.  As the two internally-based ends of the two initially stated open Ward-Cauchy strands, that are to here be forming as two distinct Ward-Cauchy open-loops, are to approach a covariant proximal local region of a correlative bonding cite in which to twine together -- to where each distinct motion of the said dual operation of the so-eluded-to holonomic substrate, are to be approaching one another, to where the two forming open-loops are to come towards each other over the course of one dual general motion -- per iteration of group-related instanton.  In-Between each individually taken iteration of group-related instanton, the substringular fabric is to go through the respective individually taken iteration of the generally unnoticed duration of Ultimon Flow.  At the point of the Gliosis-based contact of the two different forming open-loops -- that are to tie together in so as to work to form one overall Ward-Cauchy-related open-loop in the substringular -- the proximal locus of such a covariant, codeterminable, and of a codifferentiable nature, is to be reached, in so as to work to delineate the two forming open-loops -- at such a position to where the internal dual-ends are then to be basically touching flushing in a Ward Supplemental manner that is to bear a relatively minimal mask angling of internal resonation, over the course of the then iterative course of one eigenindex of BRST.  At this point in time, the multiplicit dual-state of Li-based Hamiltonian operation, is to then to work to cause the internal topological stratum of arc-based mini-stringular segmentation of one correlative Li-group -- to knot upon the other internal topological stratum of arc-based mini-stringular segmentation that is consequently upon of the initial Li-group, -- in so as to work to link the one forming open-loop phenomenology upon the other forming open-loop phenomenology.  At this point, the external group-action of the surrounding environment, will work to help at causing the ensuing resultant holonomic direction of the then resultant open-loop phenomenology -- as may be mapped-out over an extrapolation that would here involve an even Hamiltonian-related gauging.
I will continue with the suspense later!  To Be Continued! Sincerely, Samuel David Roach.