Energy harvesting by means of "quantum" tunneling effects
Date: Friday, June 05, 2015 @ 01:20:31 UTC
Topic: Science
All you wanted to know about the shortcomings of Maxwell's electrodynamics, prohibiting Tesla and Moray style energy harvesting, you can find in this paper:
http://vixra.org/abs/1505.0132
First
it is outlined that Maxwell's force law (aka the Lorentz force) does
not satisfy Newton's third principle of motion (violation of the reciprocal action-reaction force principle) in case of open circuits of electric current. Secondly, Maxwell's theory "in the Lorenz gauge" is far field inconsistent.
By
introducing two scalar functions that represent physical fields, a
generalized magnetostatics and electrodynamics is derived that is free
of inconsistencies, and which describes two types of longitudinal
electric waves in vacuum (or other media): the LEM wave and the Phi wave. This theory explains many
experimental results, including several claims of wireless energy
transport/conversion and harvesting (from natural sources).
It
is concluded that the "quantum" tunneling of many electrons
through an energy barrier is a very important effect with respect to
the sending-receiving of Phi waves. The quantum tunneling of
electrons is very different from a continuous electron charge flow, and
it violates the continuity equation of charge/current.
The
'pre-discharge' glow of high voltage electrodes is a sign of quantum
tunneling, just before a total breakdown/ionization of the medium during
a HV discharge. This effect has been observed and applied by several
'free energy' inventors, for instance Moray's 'detector' tube showed
this effect such that Moray could actually see that his valve (detector tube)
was properly tuned.
The whole idea of free energy is this: the
natural presence of Phi waves stimulates the macroscopic quantum tunneling of
many electrons at-once through an energy barrier. The only thing you have to do is this: gather lots of electrons close to an energy barrier (by means of a HV capacitor/electrodes), and tune an attached electrical circuit at the dominant natural Phi wave frequency, which let the electrons tunnel through the barrier.
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