ATOMIC STRUCTURE

The elements of matter are not different substances or different things. They are different pressure conditions of light waves. The light units of the elements are all alike but are differently conditioned by the electric pressures exerted upon them during the inward or outward spiral journey from zero to zero. The unanswered mystery of how the elements become mathematically precise octave tones, just as musical tones or color tones of the spectrum are mathematically precise in vibration orderliness, lies in the wave field gyroscopic principle.

Together the eight elements of an octave form two halves of one whole cycle of tones which ascend from zero to the four-zero-four position of amplitude and then descend again to zero to begin anew. This spiral journey contracts into greater pressures as it approaches wave field amplitude positions at spiral apices, and expands into lower ones on the return journey to spiral bases. That two-way spiral journey of each half cycle extends between six mirrors of still Light which compose the wave field, and winds around a still shaft which centers the spiral. Three of these mirrors are the mirrors of action and three are the mirrors of reaction. (Fig. 75)

The three of action are the inner intersection planes of the cube and the three of reaction are the outer boundary planes of the wave field. All of these planes of the wave field are of zero curvature, but the spiral universe which is forming within those planes is curved. Curved planes of light act as two-way lenses which bend light to focal points and extend it from those focal points radially. As the two-way spirals of forming matter extend from the wave field center in opposite directions toward wave field intersections, the six mirror planes of still light focus three points of still light upon the still shaft of each half cycle. Centers are formed at these focal points which become the one, two, three positive and negative elements of matter by rotating gyroscopically upon the wheels of light which act as equators for those horning tones. Multiplying and dividing pressures determine the density and volume of each succeeding element. The color spectrum records these pressures as the complete history of every element from octave to octave of the whole nine octave cycle of the elements. Multiplying pressures of the spiral also affect the curvature of its light lenses to such an extent that the focusing positions change their mathematical ratios in conformity with the acceleration of gravity and the deceleration of radiation. The positions of focal centers of gyroscopic wheels upon the wave shaft are thus affected as diagrammed in Fig. 76 and Fig. 72. 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