Zero Point Energy doc
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| ZP OWER C ORPORATION PAGE OF 352 Z ERO P OINT E NERGY maximum acceleration at the end of vector d voltage is high, current is low, power is high and resistance is high. Maximum powers in the form of heat occurs. Also the electron b no longer "feels gravity" since acceleration is complete and the electron bis moving at the same rate as the Aether flowing between the potential. When the potential is removed the opposite occurs in all cases with the exception of the direction of Aether vorticity. See Fig. An Aether vorticity is formed, and the magnetic field becomes centrifugal in nature. From this one can see that the right hand rule for the Aether vortex is the only apparent constant in time, and active when an electron is being accelerated or resisted [10]. Taking this into consideration and Aether vacuum forms between two conductors when a potential is applied or removed, the potentials being in the same direction. See fig. 7. To reiterate the processes of manufacturing a combined Aether vorticity a potential c is placed at the ends of conductors a accelerating electron b along vector d to the point of maximum acceleration e producing Aether flow vorticity f which is combining the Aether vorticities of conductors a and eliminating Aetheric nodal lines of force form between the two conductors producing an Aetheric vacuum between the conductors which grows with time reaching a maximum level ate and forming a cone of zero point energy g. The elasticity of the Aether is responsible for moving mass offset from the center point between the two conductors as the Aether vacuum increases. This can be demonstrated when a third conductor is placed between the first two and parallel with the same. Figure 8 is an axial view of this process. When electron flow bis initiated through conductors a the Aether vortex flow c moves electrons d from the center to the edge of the middle conductor. This type of current will be called reciprocating current, since the electrons oscillate from the center to the edge and back again in the middle of the conductor This reciprocating current is directly related with zero point energy discussed earlier and possess a novel effect which is unusual in electrical theory but can at least be partially explained with modern electrical theory. Fig Demonstrates the effects reciprocating current produces in a conductor. As electrons b move from the centerf conductor a a magnetic vortex is formed[c] which constructs a mirror image of itself. A resulting magnetic loop f is formed along the edge of the conductor a which resembles a magnetic monopole when conductor a is introduced into a complete circuit. The two magnetic loops formed by the two |