Part Four of the 15th Session of Course 14 About Group Action

The activity of negative-norm-states -- when with a forward-time-moving condition -- interacting in a Gliossi manner with ghost anomalies in so as to anharmonically scatter the indices of the respective ghost anomalies, in such a manner that the said indices are able to intially reform into dilatons and dilatinos, is due to the projected motion or the trajectory of the eluded to reverse-holomorphic states that are angled from an underlying subtentive condition by a 22.5 degree angle from off of a relatively straight subtension.  (The so-called "straight" linear basis of the plane that works to form this subtension curves to the same format of manner as the general curvature of space-time-fabric that exists in which the given arbitrary spatial region in which the directly corresponding reverse-holomorphic norm-states approaches the eluded to ghost anomalies.) As those reverse-holomorphic norm-states -- that angle from off of a reverse-holomorphically delineated subtension by 22.5 degrees -- come into contact with a relatively static and relatively forward-holomorphic norm-states that have been harmonically redistributed and "calmed" by the Gliossi interaction of superstrings upon the topology of the holonomic substrate of the relatively forward-holomorphic norm-states, the mini-string that inter-binds the first-ordered point particles is mildly compactified and also pulled into a closer-knit distribution -- when relative to the alterior first-ordered point particles that work to form the mentioned relatively static norm-states that had initially been moving in the relative forward-holomorphic direction.  This activity works to draw a more perturbative kinematic interaction of the different loci around the perimeter of the topological substrates of the eluded to norm-states that were said to have been relatively static once these became indices of ghost anomalies.  This perturbative contraction and spurious state of what were relatively calmed forward-holomorphic norm-states works to reassemble the differential geometry of both the ghost anomaly-based indices as individual phenomena -- as well as the interaction of such indices toward each other, in an entropic-based covariant manner.  This alteration in the genus of norm-state topological substrate pulls the prior ghost anomaly-based indices off of the relative Real Reimmanian plane.  As the eluded to entropic condition of the eluded to dilatons and dilatinos become a relatively rearranged static convergence of an inter-play of what were initially forward-holomorphic norm-states that had "calmed" into either Campbell, Hausendorf, and/or Campbell/Hausendorf states that were disrupted into a process of translocation and topological redelineation, the net effect of the redelineation of the eluded to reassembling of the said holonomic stratum works to form gravitons and gravitinos. I will continue with the suspense later!
Sincerely,
Samuel David Roach.