More As To The Difference Between Gauge-Transformations And Other Gaussian-Transformations

When a Kaeler-Metric happens, it involves a minimum of 384 consecutive instantons in which the Klein Bottle is involved in-between the corresponding iterations of BRST and the corresponding iterations of the Regge Action.  BRST involves a vast majority of the duration of instanton.  The duration of each metric of BRST is equal to 6hbar time.  The duration of the remaining instanton is equal to
(2pi hbar time) - (6 hbar time).  When there is no Kaeler-Metric occuring over a tightly-knit Fourier Transformation in a set given locus, the duration of the end of a here given instanton after the corresponding instanton only involves the metric in which the Regge Action happens.  Yet, when the Kaeler-Metric is occuring within the duration of any given set Fourier Transformation, half of the remainder of instanton after BRST occurs directly involving the kinematic activity of an eigenmetric of the Kaeler-Metric -- while half of the here given remainder of instanton after the just mentioned time-wise condition of BRST occurs directly involving the kinematic activity of an eigenmetric of the Regge Action.  When an eigenmetric of the Kaeler-Metric occurs in a Gaussian Transformation that is not a gauge transformation, the superstringular phenomena that enters the Klein Bottle eigenstate that is involved here shakes during the part of the remainder of a given instanton in which the said Kaeler-Metric eigenstate is occuring, due to the response of the interaction of the said superstringular phenomena with the norm-states that exist in the said Klein Bottle.  In the directly prior mentioned case, the Klein Bottle is stationary during the sub-metric in which the related superstringular phenomena enters the mentioned Klein Bottle.  During the sequential series of instantons in which the Kaeler-Metric happens, the related Klein Bottle moves one Planck Length per sequential instanton.  The discrete metric of 384 instantons in which a given Kaeler-Metric is operating, the Klein Bottle is involved with 191 cosecutive instantons in which the related superstringular phenomena is reataining permitttivity, along with the following:  The initial 95 instantons directly before the kinematic operation of the Kaeler-Metric in which the Higgs Action delivers the related Klein Bottle eigenstate to the locus where the Kaeler-Metric is to be acted upon, the proceeding 95 consecutive instantons in which the Higgs Action is brought away from the general locus of where the Kaeler-Metric was just kinematically operating, while there being a related three consecutive instantons in which the Higgs Action repositions the corresponding Klein Bottle eigenstate so that the said Klein Bottle eigenstate may be later kinematically operative upon a potentially different locus.  Just as there are 96 spatial dimensions in overall space-time, the Klein Bottle begins operating upon the superstingular phenomena that moves into it during the 96th instanton of the Kaeler-Metric eigenstate that is involved here.  I will ellaborate later.  Got to run!    Sam.