The positions of focal centers of gyroscopic wheels upon the wave shaft are thus affected as diagrammed in the figure. Each element is the square of the distance to and from its succeeding one, in accordance with its direction. The direction of gravity is the inverse square, and the opposite direction is the direct square.
The volume of each succeeding element is likewise affected directly and inversely as the cube.
Six of the eight gyroscopic wheels of the whole octave are thus accounted for by geometric projection of two-way opposed lights through each other, from two sets of three mirror boundary fields. The fourth double tone is formed at the rest point where eight cube wave fields meet. This is the point of rest which is known as the center of gravity in earths or suns – where motion and curvature cease.
The completed sphere thus becomes a section of eight adjoining wave fields and revolves around that point of rest upon the wave shaft where the two half cycles of the wave meet.
For this reason the four-zero-four position is one of balance in which the yellow of orange is the dominating colour of one of its two gyroscopic wheels and the yellow of green is the other, centered by white.
At the two points upon the still shaft of the turning sphere where the shaft penetrates its surface are the magnetic poles of still Light which control the balance of each sphere’s turning. One of these is the north magnetic pole which controls the winding of the sphere into density by centripetal electric force, and the other is the south magnetic pole which controls its unwinding centrifugally into space.
In a sphere such as our nearly mature sun, these magnetic poles are practically upon the sun’s pole of rotation, but upon oblating planets, such as our earth, the magnetic poles are removed from that pole of rotation in accordance with the measure of the earth’s oblateness.