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Old 04-07-2019, 10:44 PM
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Vinyasi Vinyasi is offline
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Join Date: May 2013
Location: southern california
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Wink Manipulate the Forces of Electricity to Harness their Overloads

Put simply …
We use a small input of kinetic energy delivering a high potential energy – in the form of a high frequency – and inject this into a circuit to serve as its voltage source. Then, we convert this high potential energy into a high kinetic energy by separating the phase of current from the phase of voltage by a difference of 180 degrees. Our resulting input cost is low while our output gain is high.

Electricity is a phenomenon in which the forces of nature are used at a certain rate per unit time and that internal frequency can be raised via an internal manipulation within the circuit rather than by way of brute force from outside the circuit. Because if we use brute force from outside the circuit, we have to use voltage to carry that new higher frequency to impact the internal activity of the circuit and that carrier of voltage is going to wipe out any benefit of a gain without cost.

But if we increase the frequency from within the circuit, not by using the brute force of voltage as a carrier wave, but simply by separating voltage from current by a phase difference of 180, now we get to play with electricity as if it had broken down into its constituent forces – the ingredients that make up electricity – without actually breaking electricity down. We will come very close to breaking it down, but not go all the way.

Electricity is made up of time as one force – but that's a temporal force. The other two ingredients of electricity are spatial forces: the electro-motive force and the magneto-motive force. When these two spatial forces are separate from each other, we get the aether (ether): something we can't detect; we cannot measure it; we don't even know it exists. All we can do is stipulate that, maybe, it does exist.

When these two spatial forces interact with each other – in time, then we get material energy: something we can measure; something we can detect.

So, if we manipulate the interaction of these three components of electricity in such a way that it's almost ready to break down, then it makes electricity susceptable to manipulation. And from this manipulation of electricity, we can synthesize or decompose electricity from its constituent forces – or back into its constituent forces – according to our pleasure.

These two spatial forces always exist with time, individually. It's just a question of whether or not they interact with each other. This latter condition is the measurable electricity we've come to know anything about, by way of observation, while the former condition is theorized to exist based on Dmitri Mendeleev's prehydrogen elements of the periodic chart and the theory of electrical synthesis and decomposition of Eric P Dollard.

Extending the Range of Electric Vehicles by Maximizing their Amp-Hours.: Electrical transients are a renewable source of pollution-free energy. Kindle Edition

Last edited by Vinyasi; 04-30-2019 at 04:38 PM.
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