Mild Correction

Every Basis of Light has one trillion different types of Planck-Related-Phenomena.
Two posts ago, I described, in general, the conditions that may be used to determine the 159,000 different types of Bases of Light -- each Basis of Light corresponds to one layer of Reality.
Each Layer of Reality is reflected in all of the parallel universes.
The intensity of the hermitian curvature of a PRP works to determine specifically what one is dealing with, yet, besides the hyperbollic intensities, the manner of the conditions of the PRP as described two posts ago works to describe which layer of reality one is dealing with with any given arbitrary parallel universe that one is either in or wishes to be in.                              

Course 9, Session 8, Part One

Light-Cone-Gauge-Eigenstates have three action characteristic types:  transversal (angular momentum)  motion, orbital motion, and radial (spin) motion.  There are 44 modes of light-cone-gauge angular momentum per Planck-related phenomena -- not including the dual Laplacian sinusoidal wave patterns of light-cone-gauge eigenstates when these are non-abelian, 84 modes of light-cone-gauge orbit per Planck-related phenomena -- not including the dual Laplacian sinusoidal wave patterns of light-cone-gauge-eigenstates when these are non-abelian, and there are 128 modes of light-cone-gauge spin per Planck-related phenomena -- not including the dual Laplacian sinusoidal wave patterns of light-cone-gauge eigenstates when these are non-abelian.  For every covariant mode propagation of Planck-related phenomena that happens during the countless Fourier Transformations that operate during the existence of history -- that involve electromagnetic energy or plain kinetic energy (the directly prior of which bear a non-abelian light-cone-gauge topology) --, there is a different amplitude of the dual Laplacian sinusoidal wave patterns for the corresponding non-abelian light-cone-gauge eigenstates that are related with the associated Planck-related phenomena.  Each Planck-related phenomena has an associated light-cone-gauge eigenstate that has its own integrated angular momtentum, orbit, and spin.  Abelian light-cone-gauge eigenstates do not form a dual Laplacian sinusoidal wave pattern, although these light-cone-gauge eigenstates torque per instanton according to their angular momentum, orbit, and spin modes.
I  have at least two more posts that move in the direction of explaining both time-oriented and relatively timeless-oriented light-cone-gauge eigenstates -- the what, how, and why of this topic is explained here.
I will continue with the suspense later!                                                                     
Sincerely,
Sam Roach.