The Second Part of the 14th Session of Course 14

Substringular residue that is in the process of being recycled while iterating during a successive series of iterations in the Royal Arc are constantly vibrating per each said iteration, that the eluded to eigenindices are in the process of gradually altering -- as these said eigenindices are occupying the premises of the general region of the Royal Arc over the said successive series of group instanton that such eigenstates of redelineated segments of mini-string are being redistributed progressively in the general vacinity of the so-stated premises of the just mentioned Royal Arc Ward-Neumman boundaries.  Superstrings, per iteration of group instanton, bear a residue of mini-string segments that are homotopically redistributed in an indistinguishablly different manner from the multiplicit loci -- as to the regions that the corresponding superstrings are iterating at -- toward the corresponding eigenloci that are here affiliated with the general sustringular structure that I name of as the Royal Arc.  The eluded to indistinguishably different redistribution of the said substringular residue is redelineated per group instanton, in a manner that is neither based on a Noether Flow nor a tachyonic-based flow.  This is due to the condition that substringular residue that is in the form of mini-string segments that are specifically redelineated from any given locus from where superstrings that are of discrete energy permittivity are iterating at -- toward the general multiplicit loci where the Royal Arc is structurally located -- are not in and of themselves discrete units of energy.  These eigenindices of substringular residue are a homotopic release that is released from the Poincaire field density of discrete units of energy permittivity, toward a format of locality that re-manufactures those eigenindices that work to comprise the homotopic topology of superstrings, into norm-based indices -- in an indistinguishably different manner, in an operation that bears a flow that is a fractal of this conditionality of Ultimon Flow.  So, as eigenindices  that are indistinguishably released homotopically from the general multiplicit loci of superstrings is undergoing the process of such a group metric throughout the Continuum, there is a balance that is imperceivable to any time-wise extrapolation, that, in effect, shares the conditions of ground-state kinematic differentiation with the conditions of norm-state kinematic differentiation -- over the directly corresponding successive series of inter-relations of group instanton -- in which the fabric of the substringular eigenstates that are not frayed are being recycled.  This process works to strike a balance between the general format or genus of jointal static differentiation that is made kinematic over time with the general format or genus of smooth-curved static differentiation that is made kinematic over time.  This balance that is struck here is based on the multiplicit genus of norm-relationships of first-ordered point particles -- relative to one another -- that are to bear both a local and a non-proximal time-wise interdependence.  This recycling is a fractal of Gaussian Transformations. To Be Continued.  Sam Roach.