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(The Good Vibrations)
(Page 15)


Audiowriter / Sharpencil

*Our SUN*


The Magnetic Field rotates around the core - and it "drags" the gases with it.
The gases encounter the mountainous areas on the core's surface -
which assists with forcing the core to also rotate.
However - the gases (and the Magnetic Field) are rotating at a higher speed revolution
than the core - which is because the gases are less dense than the solid surface
of the Ferrite core's "mountainous areas" and there is a percentage of the gases
"volume" which "sweeps' or "whips" around and over the mountainous areas -
as the "drag" of this "contact" also forces the core to rotate.
As this "connected" situation of "rotation" occurs - the densest gaseous layer (Calcium)
which is located nearest to the core's surface - is directly subjected to the "effects"
of which these "mountainous area features" create in the "rotation"
process at the Ferrite core's surface.

As the Calcium "rotates" it encounters these "mountainous area features".
Not only does the physical resistance of the Calcium gas layer "flowing"
into the mountainous areas cause the Ferrite core to "rotate" -
But this also causes the Calcium gas to "build up" or "bunch up" as it encounters
any mountainous area. This causes the Calcium to be "compressed" on the
face of the mountainous feature - which causes the Calcium to "lose" volume
on the far side of the mountainous feature.


Compare the below demonstrations as viewing a swiftly flowing river of water.
However - in the center of the river there is a large boulder, or rock, -
sticking up creating "turbulence" in the flow of the water.
The "rock" is forcing the water to be "displaced"
as it flows around the obstruction.

The below demonstration is a "side view" showing that once the
Calcium has "compressed" on the face of the mountainous feature -
and this has caused the Calcium volume to "decrease" on the far side of the
mountainous feature - this causes the movement of the Calcium to accelerate
around the sides of the mountainous feature as it "rushes" to fill the area
that is becoming "void" (or losing volume).
This in turn causes the accelerated Calcium to create a "vortex" (or tornado)
on the far side of the mountainous feature as it tries to fill in the low volume "area".

Below is an "overhead view" of the same situation.

The direction of vortex spin (clockwise - or - counter-clockwise)
is determined by several interconnected situation factors.
1. The particular features displayed by the mountainous "area" on the
Ferrite core creating any vortex.
2. The particular volume and speed of the rotating gases in the immediate
"area" of the "feature".
3. The latitudinal location of the "feature" on the Ferrite core.
4. The number of vortexes in close proximity to each other.

This "vortex" (or tornado) forms in the low volume Calcium area on the
far side of the mountainous feature.
However - since there is very little Calcium in this area to "fill in" the void -
the Calcium vortex (tornado) begins sucking in the other less dense gases
(Silicon / Neon / Helium / Hydrogen) to fill the void.

(Just as a tornado here on Earth functions -
the center of the vortex draws in mostly from the surface -
and the outer edges draw in mostly from the surrounding upper atmosphere.)

The below demonstration is a "side view" showing the vortex drawing in
the less dense gases (Silicon / Neon / Helium / Hydrogen) to fill the void.

The less dense gases (Helium and Hydrogen) do not conduct the
magnetic field current - nor the electric current - nearly as well
as does Calcium, Silicon and Neon.
Once the "vortex" (tornado) contains enough of the less dense gases -
there is an "absence" of conducted electric current and Photon production -
and the vortex (tornado) becomes dark - and the result is a "Sun Spot".

This is why when we look at a Sun Spot from here on Earth -
we see a "dark area" in the otherwise "bright" surface of the Sun.

Below are 2 actual pictures of "large" Sun Spots.

The "fiery" nodules in the above pictures are created from the electric current
being conducted through the denser Calcium, Silicone and Neon gaseous layers.
However - when the vortex of a Sun Spot "draws in" enough Helium and Hydrogen -
these two gases do not conduct the electric current - which results with the absence
of Photons being produced - which causes the vortex to "appear" dark.
(In essense - the Sun Spot vortex is filled with Helium and / or Hydrogen
and these less dense gases are "pulled" practically down to the Ferrite core
by the vortex - and we can "see" down through these less dense gases because
they are NOT conducting the electric current or creating Photons - like the denser
gases (Calcium, Silicon and Neon) "normally do" displayed in the
electrical current conduction / fiery nodule activity "surrounding" the vortex.

The below demonstration is a "side view" showing how the "vortex" (Sun Spot)
"sucks in" enough Helium / Hydrogen to cause the entire "vortex" to become
"void" of electric current and Photon production - because these less dense gases
essentially do NOT conduct the electric current -
which is displayed by a "dark circle" (Sun Spot) where we can "see" through
the Helium and Hydrogen gases - above and inside the vortex -
which we "see" as a "dark circle / area" void of electric current and Photons.


Since the Ferrite core is "riddled" with mountainous area features of different
shapes and sizes - this creates "vortexes" (tornados) of various sizes at
various locations which constantly "occur" around the surface of the Sun.
Some may be large / individual vortex Sun Spots -
and there are also areas of several numerous (clusters) smaller vortex Sun Spots.
(Most of the time the "vortexes" are not large enough / or powerful enough
and do not last long enough - to draw in enough Helium or Hydrogen to even
be seen as "dark Sun Spots". They merely "temporarily swirl" below and within
the firey nodules in the Calcium, Silicon and Neon layers creating visible
vortexes of conducted electric currents and Plasma.

(The drawing below shows the vortex (tornado) behavior of the
magnetic field and electric current rotation that is too weak to display
a Sun Spot. These electric vortexes are constantly "swarming" through
the rotaton of the gases around the Sun.)

Below is an actual picture of a "cluster" of several smaller vortex Sun Spots.
(Notice how some of them are not totally "dark" - but are merely creating
visible "circulations" of conducted electric currents and Plasma.)

Click Here for a 1:04 Video showing the "Vortex"
(Tornadic) behaviour (origin) of Sun Spots.

Below is a demonstration of the formation of two vortexes in close proximity
to each other. The size and speed of rotation of one - may directly influence
the size and speed of rotation of the other one.

Once the vortex (tornado = Sun Spot) has been "pushed" far enough away
from the mountainous area feature by the "main rotation" -
the "disturbance" becomes calmer and the gases eventually return to their
more "even" or "balanced" Gravitational positions - and the Sun Spot "disappears".

However - when the conditions of the circumstances creating and maintaining
the size, power and duration of a vortex (Sun Spot) are just right -
the Sun Spot invokes the display of Solar Flares and Coronal Mass Ejections.
(Solar Flares and CME's (Coronal Mass Ejections) are detailed in the next section.)

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