As To Gliosis-Related Contact Of Electromagnetic Energy

 Often when a beam of electromagnetic energy is to make a Gliosis-related contact, upon the core-field-density of a given arbitrary electron, the action of the inferred contact, is often going to tend to work to alter the initial tense of the inertia -- that the stated electron was to initially be exhibiting.  Let's say, for instance: A beam of light is to come into a direct contact, with the direct field of an electron.  Consequently; for a relatively very brief period of time, the respective given arbitrary electron of such a case, will be brought out of the initial tense of its general inertia, that it had been exhibiting, directly prior to the activity of the direct contact of the earlier mentioned light, upon the holonomic substrate of the said electron.  Immediately after the tense of the inertia, that the said electron had initially been displaying, is altered out of its initial state of an internal reference-frame of conformal invariance, the said electron is then to tend to be tugged out of its shell, in so as to often tend to consequently jump back-and-forth an energy level, -- in so as to resultantly release its spare energy that it had just previously absorbed, in the form of a discrete quantum of electromagnetic energy, of which is called a photon. SAM ROACH.