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

So, Fujikawa Couplings tend to involve the group differentiation of multiple superstrings that work to define a region of mapped-out space where world-sheets act, in so as to form certain Gliossi-Sherk-Olive ghost anomalies -- these said ghosts of which work to form some of the indices of the topological tracing that becomes scattered, in so as to form those partial eigenstates that are brought into order off of the relative multiplicit Real Reimmanian plane over time  This happens in such a manner to where gravitational particles may be formed and/or reformed so that gravity may perpetually exist spontaneously.  This means that superstrings that undergo Fujikawa Couplings often involve the condition of group cohomology, that here involves the orbifolds and electrostatics of many individual substringular settings -- that are metrically gauged in a proximal manner through the vantage-point of a central conipoint.  This happens in such a manner to where these just stated substringular phenomenology may be able to codifferentiate in a covariant manner that will here involve an inter-relationship, due to certain activities that happen -- both during the generally unnoticed portion of Ultimon Flow & during the inter-connectivity of homotopic stratum that happens during the generally noticed portion of Ultimon Flow as well.  Homotopy is the topological inter-binding of the chords of beaded second-ordered point pariticles in the form of twined substringular field density (mini-string segments that are tied together).  During the Bases of Light and the simultaneous "space-hole," homotopy of substringular phenomena, that is then not to be frayed, just begins to unbind.  The wave-tug/wave-pull of the multiplicit pressurized vacuum eigenstates that are proximal to the eluded to eigen-indices of the virtual topological separation will, at this point, pull the eluded to strands of virtual topological breakage into a slightly different venue of a basis -- as to how the eluded to mini-string segments are tied.  This is the basis as to how homotopy is maintained, in spite of the constant rearrangement of physical norm-based conditions.  The opening and the closing of superstrings -- particularly as photons are formed and/or dissimilated -- works to initiate a pajority of the Wick Action eigenstates that iwork to cause the existence of Gaussian Transformations.  Gaussian Transformations operate in so as to allow for the continued physical alterations in norm-conditions.  Such alterations in norm-conditions are necessary so that superstrings may be able to perpetually inter-relate, while yet also have enough room to move freely enough so that space-time may be able to avoid any spontaneous blockage.  I will continue with the suspense later! Sincerely, Sam Roach.