Part Two of the Second Interim In-Between Sessions Three and Four of Course 17

Conforming to the eluded-to redistribution function of the set of first-ordered point particles -- whose homotopic encodement bears an indical basis with the group-based trajectoral index of the so-stated partially integrated genus of superstring of discrete energy permittivity, that I had been discussing during the first part of this interim, if the said superstring bears a translational transformation matrix of converging proximity with its directly corresponding local alterior Hamiltonian operators -- that are here performing the same general function at the same format of group metric, the key superstring that I am here discussing will reiterate at the given arbitrary locus that involves optimum rest, yet at a slightly different specific spot.  The so-stated superstring will then relocalize within its given arbitrary delineation, that is of its specific layer of reality -- since that is what the translation of the interacting group code called for, by means of the directly corroborating substringular encodement.  The directly corresponding resultant partially differentiated group repulsion wave-tug permittivity of the given region will re-delineate the locus of the so-stated superstring, relative to the resultant partially integrated group attractor matrix -- that would here converge at the relative local tori-sector-range.  Each locally kinematically interactive tensoric permittivity-based index -- which would here act multiplicitly as redistributed group attractor eigenstates -- will here re-associate the holonomy of the homotopic wave-functionability, as a local morphological-based phenomenon. The just eluded-to convergence of the redistribution of the directorals -- as a harmonic/annharmonic function-based operator, because of the correlative ebbing of group attractor/group repulsion pointal-based phenomena -- works to define, through a succeeding series of instantons, the field holonomy of the substringular neighborhood of the localization of the said key superstring that I am here discussing.  This so-eluded-to activity happens, relative to the sanctity of the general operation of the Ultimon.  The correlative field covariance and kinematic differentiation, through the process of the directly corresponding relatively indistinguishable re-assortment of superstrings, that happens as superstrings are delineated and redelineated -- over a gradual and/or spurious perturbation in the Majorana-Weyl covariance, in a relatively tightly-knit substringular neighborhood over time -- works to define the process of the re-addition of each of such sets of altered Ward-Caucy boundary conditions.
 To Be Continued!  I will continue with Session Four Next!  Sincerely, Sam Roach.