CHAPTER 2 CHAPTER 3 CHAPTER 1 CHAPTER 2 CHAPTER 3 ...

CHAPTER 3 22
The auroral and prominence forces are identical. Under the thick atmosphere of the Sun are hidden planetary
bodies which are emanating aurora forces known on the Sun as prominence forces. The fact that there are
planets under the Sun's photosphere is also evident from the fact that in atomic structure the electrons are
balanced by an equal number of protons within the nucleus. This makes a balanced system.
The prominence forces manifest in the atmosphere of the hidden, or inner planets, pass through their
electro-magnetic field, then manifest once again in the atmosphere of the Sun. Then what about the so-called
"hanging prominences" which "materialize" from nowhere in the upper atmosphere of the Sun? The solution
to this baffling question can be found easily. When the auroral forces of the outer planets (Earth, Mars, etc.)
pass through their vortex or electro-magnetic field, they are ultimately drawn into the great Sun body where
they manifest. At this stage, astronomers observe the "hanging prominences" which "materialize" from
nowhere!
Another puzzle that has confronted astronomers, is that some sunspots appear to have polarity, and that some
prominences are pulled mysteriously toward certain sunspots. Prominences and sunspots have already been
shown to be manifestations of the auroral activity of the hidden or inner planets under the Sun's photosphere.
There are twelve inner planets and twelve outer planets.
Astronomers ask why sunspots arise at the more or less irregular intervals of eleven years, and why do first
spots of a new series appear in high latitudes, and why is there a slow progression of the spots toward the solar
equator as the sunspot cycle advances, and why is there a change in polarity of sunspots in alternate cycles?
The answers to these questions will give an accurate and complete theory of sunspots, and the answers lie in
the fact that the inner or hidden planets create these conditions by their periods of rotation and revolution.
Heat and light are effects of the positive rays of the Sun. Heat is felt on the Earth because the Sun's positive
rays intersect with its negative atmosphere and crust causing a friction or change in the quality of motion of
the particles given off as heat radiation in consequence of this friction. The effect of the Sun's rays on the
Earth's atmosphere is also responsible for the phenomenon of visible light which results from a different kind
of motion of the particles.
The eyes are only sensitive to positive light rays reflected from negative substance, thus light is an interaction
of negative and positive forces. The Sun does not send us heat and light, although it is responsible for its
manifestation on Earth; the Sun sends only positive lines of force which interact with the negative crust and
atmosphere of the Earth to produce the phenomena of the electro-magnetic spectrum which includes heat and
light.
Science has explored the upper atmosphere of the Earth and found that sixty miles above the Earth artificial
light is needed, and ninety miles above the Earth it is dark as "pitch". The higher we go the colder it gets, so
we see even by logic that heat and light do not come from the Sun. Only lines of force come from the great
sun body.
Since distance and nearness to the Sun have nothing to do with whether a planet is "boiling" or "frigid", we
can immediately see that all planets in our Solar System have nearly the same climate. The Earth does not
enjoy perfect climate because it is unbalanced magnetically.
What has been learned from space visitors about our Sun is not really anything new, but only a return to the
ageless wisdom possessed by the Earth's most ancient races. These students of the long ago said that the true
color of the Sun was blue, and it is interesting to note that the musical note of blue is Sol, a name for the Sun,
itself!
(2) The planet Earth (acting as an electron): As already stated, a comet is an early evolutionary form of a
planet. But the behavior of a vortex in the formation of a particle such as the Earth has already been discussed.