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Dan Davidson - Practical Guide to Free-Energy Devices

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If a triangle is broken up in<strong>to</strong> three triangles, almost all the energy is<br />

focused at the center with a small amount at the outside vertices. If a<br />

circle surrounds the tetrahedron triangles, the energy is focused entirely<br />

in the center of the circle/triangle so a circle overrides the effects of the<br />

intersecting lines. In a figure where there are triangles around the<br />

periphery of a circle, the entire energy of the figure is concentrated in<strong>to</strong><br />

the triangles. It is as if the triangles gather and focus the energy in the<br />

circle.<br />

1.1.2 Shape Power Of A Tetrahedron<br />

A tetrahedron, the simplest of the pla<strong>to</strong>nic solids, is made up of three<br />

connected triangles <strong>to</strong> form a three dimensional figure with four vertices.<br />

The intersecting lines of the tetrahedron have a concentration of aether in<br />

a vortical pattern at the vertices, plus there is a large negative (polarity)<br />

stress concentration of aether at the geocentric center of the tetrahedron<br />

(i.e., at the 1/3rd height). This is illustrated in figure 1.4.7-1. The negative<br />

polarity at the center is a result of aetheric stress drawing on aether from<br />

the four corners.<br />

Figure 1.4.7-1. Aetheric Concentration Within A Tetrahedron.

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