Course 20, Session 10 -- Part One

Light and all other forms of electromagnetic energy, tend to travel in multiple beams of energy, that are interconnected -- via a process known of as quantization.  Any electromagnetic energy that is here to be propagated, is to be transferred through space and time, in discrete bundles of photons, -- of which are here to be delineated upon their environment, in the form of one or more beams of energy, over the course of the general duration of time (and in the path of least time).  Different types of electromagnetic energy exist in different beam-related bundle sizes, of which work to help in causing the general condition of the many different sizes of wavelengths of electromagnetic energy -- that are here to exist as differentiating in a kinematic-related manner, over the multiplicit sequential series of group-related instantons, that are to be happening in realm of the light energy and the light matter that exist in physical space and time.  Such so-eluded-to variations in the genre of the different sizes and types of wavelengths of electromagnetic energy that are to exist in the multiverse, helps to form the individually taken operations that each specific genus of electromagnetic energy is to form -- as such electromagnetic energy is to work to influence its environment in an interdependent manner, as such said energy is to be Yukawa to other energy in the realm of space and time.  All motion exists relative to both the existence and the velocity of light, over time. Photons exist in p-fields, and photons, when individually taken, are the discrete increments of electromagnetic energy.  All light and all other forms of electromagnetic energy, exist in integer-related packets of one or more photons.  Therefore, this happens in such a manner, to where all motion exists relative to both the existence and the velocity of the general genus of the most important generic type of p-field, -- to where all motion exists relative to light.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.