We've been talking about the book Etidorhpa and the inner-shell phenomena
described in that book, how soft particles penetrate the Earth's inner shell
and contribute to gravity effects as well as an all-pervading luminosity the
deeper one penetrates. But how and why do they penetrate?
Well, these particles penetrate because they acquire lower and lower
frequencies; particles of matter of widely differing frequencies do not
interfere much with each other. And size counts, as you will see.
Again, we've already gone over gravity effects caused by electromagnetic
radiation in the right frequency range, and how it is that soft particles
break up into their constituent particles of visible light due to friction
experienced in the depths below. Now we are going to get a glimpse of
Cater's explanation of why and how they penetrate, as well as a glimpse of
the man's mode of explaning things and writing style. Remember, lower
frequency helps penetration, as well as size:
The law of redistribution of energy, not stated in any textbooks, plays a
vital role in the benefits any planet receives from a sun. Briefly, it
states that when radiant electromagnetic energy interacts with matter, the
resulting radiation as a whole is of a lower frequency than the original
light
...
Particles comprised of light in the lower frequency ranges will hence
forth be referred to as soft particles, while those associated with gamma
rays and above will be known as hard particles. Hard particles always ac
company gamma rays, because they are comprised of gamma ray pho
tons. For light in the lower frequency ranges, it is the soft particles
which
accompany it and constitute the invisible and penetrating portion of
light. The reason soft particles are more penetrating than the photons of
which they are comprised will now be given. Photons have relatively
great surface areas in proportion to their masses. When a myriad of them
combine, the resultant particle has a relatively great mass in proportion
to its surface area. To compare the relative penetrating ability of such a
particle with a photon is like the comparison between a cannonball and a
bird shot, when they are both traveling at the same velocity. If the veloci
ty is high enough, the cannonball will pass through great thicknesses of
matter, while the bird shot will only bounce off.
Soft particles, and particularly soft electrons, play a vital role in all of
the life processes and other chemical reactions. The discovery of the
concept of the soft electron was a major breakthrough. It makes possible
simple explanations for a wide range of phenomena, including the occult,
which would otherwise remain hopelessly unresolved. The effectiveness of
this concept will be demonstrated as better explanations of how this planet
functions are given.
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To: List Members
From: Dharma/Dean