[
Ptolemaus, Alphonsus and Arzachel are shown above. ]
The concensus seems to be that moon craters are caused by the impact of meteors.
This is consistent with the quality of logic displayed in other areas of
orthodox cosmology. The diameter of most of these craters is disproportionally
great compared to their depth. A true impact crater has a depth commensurate
with its diameter. An impact great enough to produce a crater with a diameter of
some size on the moon would shatter the entire moon, since it is hollow with a
relatively thin shell. To wit: some craters have a mountain in the center. It is
significant that, in all cases in which the crater has a mountain, the mountain
is always in the center. How did it ever escape destruction?
The only logical answer is that the craters were produced by particlebeam
weapons during the great interplanetary war. This, no doubt, was the one
mentioned earlier, when the planet Maldek was destroyed. Other planetary bodies
show similar craters, for instance, Mercury, Mars and the moons of Jupiter.
A concentrated beam of high speed positive charges, preferably protons, can have
devastating effects, if directed against a specific target. The beam by itself
does relatively little damage. It is the after effects that are destructive.
While in motion, the positive charge effects of the particles comprising the
beam are minimal. After they strike the target, they lose their velocity and a
tremendous positive charge is concentrated at the point of impact. This charge
is maintained by incoming particles. A high concentration of soft and hard
electrons converges on the area from all directions, creating a void in the
regions originally occupied by these particles. Others rush in to fill the void
and a chain reaction, or domino effect, is produced which affects the regions of
space at ever increasing distances around the target area. The number of
electrons that converge on the area is far out of proportion to the number of
protons concentrated in the area.
The ramifications are not difficult to imagine. The soft electrons congregating
there disintegrate and release the hard electrons they contain. An inordinate
concentration of hard electrons is the result, and is far more than can be
absorbed by the protons. First, an implosion and then an explosion of electrons
of colossal proportions are created. Most of the energy of the explosion is
directed outward, since it follows the lines of least resistance. The number of
particles involved and the amount of energy released can far exceed that of any
nuclear device. Since the energy is directed outward, extremely wide but
relatively shallow craters in a planet's surface result. The principles involved
in such destructive forces are similar to those employed by Wilhelm Reich's
cloudbuster, which will be discussed later. The center of the craters produced
would experience a relatively small disturbance and, consequently, any mountain
in the path of the proton beam would be left standing.
[ From Chapter 15 of Joseph H. Cater's book The Ultimate Reality. ]