The Polyakov Action And The Regge Action

The directoral trajectory that happens in correspondence with any given arbitrary Regge Action eigenmetric is assymetrically in the opposite general angling of the directly prior hyperbolic Laplacian-based mapping of the first-ordered light-cone gauge eigenstate -- that is associated with the field eigenbasis that is affiliated with the interconnection that exists between the correlative superstring of discrete energy permittivity and its corresponding Fadeev-Popov-Trace. This happens in consideration of the condition that the eluded to discrete physical unit of energy is in, during the corresponding Polyakov Action eigenmetric that happens over BRST before the directly related said Regge Action eigenstate happens.  Again, if the Kaeler-Metric is directly associated with the activity of a given arbitrary superstring over the course of a given arbitrary instanton, then, the Kaeler-Metric will work upon the said superstring right in-between the affiliated course of BRST and the affiliated course of the directly related Regge Action eigenmetric.  Yet, if the Kaeler-Metric is not directly acting upon the said superstring over the course of any given arbitrary instanton that is directly associated with the said superstring, then, the affiliated Regge Action will happen immediately after the said related course of BRST.  Either way, the directoral trajectoral path of a superstring over the course of any given arbitrary Regge Action eigenmetric -- in which the said superstring is to be influenced by such a metric, in order to be brought into the generally unnoticed course of Ultimon Flow, will always assymetrically be in the opposite sub-Fourier-based general angular direction of projection that the correlative hyperbolic mapping of the related field that is appertaining to the interconnection that exists in-between the said arbitrary superstring and its affiliated Fadeev-Popov-Trace over the course of the syncrounous Polyakov Action eigenmetric and Bette Action eigenmetric.  The Polyakov Action and the Bette Acton happen at the same general duration of metric -- which is during the course of BRST.  So, the fractal of the angular momentum-based pull of the impedance of a superstring that happens as the basis of the directly related Lorentz-Four-Contraction that is Gliossi upon the said superstring over the course of BRST is basically the assymetrcal inverse of the fractal of the angular momentum-based push of the permittivity of the same said superstring that happens over the course of the Regge Action.  The spin-orbital wave-tug that happens to a given superstring during the Bette Action works to cause the reason for any potential aberration as to why the eluded to inverse is not completely kinematically non-trivially isomorphic -- in an assymetrical manner.  (The span that works to separate the relatively inverse operations that I have described here works to allow such an isomorphic differential pulse to be practically non-trivially isomorphic in an assymetrical manner, instead of practically isomorphic.)  I will continue with the suspense later!  Sincerely, Sam Roach.