6) Light in a vacuum may travel at light speed. A mass may only be able to travel at light speed if its light-cone-gauge topology is converted from a Kaluza-Klein topology to a Yang-Mills topology.
7) Ultimon flow, Kirchnov radiation, worm-hole activity, and for a very small number of instantons of light that scatters in a virtual vacuum is all that may travel faster than light speed. Ultimon flow is the Imaginary time in-between instantons. Kirchnov radiation is an accelerated form of electromagnetic energy, worm-holes reconnect space in a manner that exceeds light speed, since the interior of a worm-hole has a completely Yang-Mills topology, and for a brief number of instantons after a photon "strikes" something that it is not quantized with, the photon speeds from its normal speed in the given medium while then slowing barely below the speed that it would normally go in the given medium while then requantizing back into light to attain the velocity that it is to travel in the medium that it is propagating in.
8) An object of mass may not "catch up" to light if it is traveling under light speed, since all motion is relative to light. This is because light is the result of the recycling of differential geometries (in the form of differential phenomena).
9) Point particles differentiate with light during instanton (iteration time) and during Ultimon Flow. To a point article, an instanton has a noticeable duration just as Ultimon Flow has a noticeable duration to a point particle. (Terrestrial Time does not bear a noticeable association with Ultimon Time.) To a point particle, one iteration of Instanton and one flow of Ultimon Time bear the same duration. (Planck Time and I*Planck Time are equal in duration to a point particle.)
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