Part Two of the First Session of Course 14

The impulse that I eluded to in the first part of this session is formed by the action of the superstrings that are taken from the moment of the last iteration of group instanton, to the moment right after the activity of the duration in which the space-hole happens -- which is right before the superstrings are undergoing the beginning of the BRST metrical portion of the ensuing group instanton.  The Bases of Light are formed on account of the condition that the space-hole temporarily disconnects the topological aspects of homotopy among superstringular-based fabric, and, just as this begins to happen, the eluded to general condition of homotopy snaps back into place in so that Cassimer Invariance may be maintained.  It is the properties of the fractal of pressurized vacuum that I call sub-mini-string that work to both snap homotopy into place, as well as to work to allow for such a reaction to apply in such a manner in so as to help the eluded to substringular phenomena to be redelieated to their ensuing distributions over the course of the next iteration of group instanton.  The subsequent arrangement of the Planck-like phenomena may be encoded, not only by their impulse, yet, also by their placement along the topological contour of the directly related respective Bases of Light. This is just as the quaternionic-instanton-field-impulse is commenced.  The appearance of the globally distinguishable arrangement of the Planck-like phenomena -- as well as their permittivity -- is controlled in part by their kinematic differentiation with the particle nature of light per iteration of group instanton.  This differentiation, when considered relative to the Ward-Caucy bounds, activity, and velocity of electromagnetic energy -- is called the phenomenon that is known of generally as the Lorentz-Four-Contraction.  One set of superstrings in one dimension that are contracted -- or made more massive by the discrete mass of one terrestrial-electron-based mass -- is one vielbian.