IN PART -- Why Light Moves In The Direction Of Least Time

 Time, in effect, is the sequential series of group-related instantons. All motion, happens in relation to the motion of light. Magnetism works to facilitate the existence of physical attraction/repulsion, so that there may be physical associations among phenomenology. Discrete energy quanta, are operational eigenstates, that work to bear their kinematic motion, in part, on account of those general associations among Ward-Cauchy-Related phenomenology, that are due to magnetism. Electrons are eminently associated, with the basis of the existence, of conformal adhesion/repulsion-related eigenstates. The flow of electrons, is electricity. The multiplicity of the gauged delineation of discrete energy quanta, works to form the basis, for the sequential series of group-related instantons. Light is basically formed, by the emitting of the residual energy of electrons. The flow of light, works to help, in facilitating the conservation of homotopic residue. The set of actions that are involved with the general process, of the conservation of homotopic residue, works at helping to cause the general presence, of both Yau-Exact conditions, as well as the general presence of Lorentz-Four-Contractions. Both Yau-Exact conditions and Lorentz-Four-Contractions, are needed, in part, in order to compensate, for any potential deviations, from gauge-invariance. Gauge-Invariance, is when a set of one or more considered light-cone-gauge-eigenstates, are non perturbative. The multiplicity of the light-cone-gauge, works to help restrain the motion, of discrete energy holonomy, so that the preceding physical associations, that such respective inferred energy eigenstates are to tend to make, will not be overtly spurious -- in so as to keep motion, from bering stultified. So; the multiplicity of the general action of the light-cone-gauge, tends to happen in the direction of least "resistance," in the flow of the sequential series of group-related instantons. Thereby; The multiplicity of Light, tends to move in the general direction of least respective stultification. This, in part, is why light tends to move, in the direction of least time. TO BE CONTINUED! SINCERELY, SAMUEL DAVID ROACH. (1989).