The Holographic Universe and Pi = 4 in Kinematics!

[gravityblock]

According to Miles Mathis, there are no evanescent waves, but instead a radiated charged field and is Maxwell's displacement field.  He also states the cause of coupling is simply a combined or integrated charge density that exceeds the charge density of either object alone. In other words, the charge density in the gap actually becomes greater than the charge density on the surface of either object.  The coupling is strongest within 1/3 of a wavelength from the object.

Now, if we have a boosted charge field in the gap—due to integrating the charge fields of the two objects—this will act to open up the atomic or molecular spacing on these two surfaces. If you change the spacing, you have changed the angle of reflection. The photon can now get through!  If we have an increase in charge density in the gap, what that means is that we have more charge photons hitting everything in the area. This will cause an increase in charge pressure, which will cause all gaps to increase. So the photon on the same angle that couldn't pass before can now pass. It travels into the gap and proceeds on to the other object.

Reference:  Evanescent Waves, by Miles Mathis

We can achieve and maintain resonance by changing the angle of reflection after there is an increase in charge density to accomodate the changes in the atomic or molecular spacing of the two surfaces, so not to allow the photons to pass, which will allow a further increase in charge density and a further increase in the gaps and another change in the atomic or molecular spacing. By maintaining this resonance through a change in the angle of reflection, then we can build a huge charge density.

Gravock

[TinselKoala]

I see.

So which knob do I turn, then.....?

[gravityblock]

I see.

So which knob do I turn, then.....?

The QEG is a transformer and it also works on mechanical resonance, which is a result of an electrical resonance. So it's actually mechanical motion that creates the high voltage pulses; then, from that point, it's more of a conventional transformer action (referenced from peswiki). Since the evanescent wave coupling is directly analogous to the coupling between the primary and secondary coils of a transformer and is a near-field wave, then there is no reason why this couldn't be applied to the basic principals of the QEG. This idea is also based around the work of Tesla (energy resonant transfer), as shown below. Please note, a solid state solution to the QEG may be possible.

An evanescent wave is a near-field wave with an intensity that exhibits exponential decay without absorption as a function of the distance from the boundary at which the wave was formed. In optics and acoustics, evanescent waves are formed when waves traveling in a medium undergo total internal reflection at its boundary because they strike it at an angle greater than the so-called critical angle. In quantum mechanics, the evanescent-wave solutions of the Schrödinger equation give rise to the phenomenon of wave-mechanical tunneling.

The evanescent wave coupling takes place in the non-radiative field near each medium and as such is always associated with matter; i.e., with the induced currents and charges within a partially reflecting surface. This coupling is directly analogous to the coupling between the primary and secondary coils of a transformer, or between the two plates of a capacitor. Mathematically, the process is the same as that of quantum tunneling, except with electromagnetic waves instead of quantum-mechanical wavefunctions. It is concluded that the transmitted wave must be a non-vanishing solution to Maxwell's equations that is not a traveling wave, and the only such solutions in a dielectric are those that decay exponentially: evanescent waves. The evanescent wave is a standing wave, essentially a static stress-energy or "pressure" gradient.

A typical application is resonant energy transfer, useful, for instance, for charging electronic gadgets without wires, such as passive RFID tags and contactless smart cards. A particular implementation of this is WiTricity. The same idea is also used in some Tesla coils. One of the applications of the resonant transformer is for the CCFL inverter, which is an electrical inverter that supplies alternating current power to a cold cathode fluorescent lamp (CCFL). Have a look at this site on magnetic resonance.  Also,

There is a simple method to change the electric and magnetic resonant frequencies of short wire pairs by using a left-handed metamaterial (LHM), such as an Arlon Diclad 880. This LHM structure has a dielectric substrate with different metal strips on both sides, of which the electric and magnetic resonant frequencies can be controlled by shifting the position of faced wire pairs up and down. Or, apply these same basic principals to the current mechanical QEG.

By shifting the position of the faced wire pairs up and down, we will increase the wavelength due to an increase in the molecular spacing, which allows the photons on the same angle that couldn't pass before can now pass.  This allows us to once again shift the position of the faced wire pairs up and down to where the photons are no longer able to pass.  By achieving and maintaining this "particular resonance", we can then build a huge charge density!

For a better understanding on the true nature of the evancesent waves and in order to wrap your mind around the opening post, please see: Miles Mathis 

Gravock

[TinselKoala]

Uh-huh. Impressive !

But did you answer my question? Which knob do you turn to achieve and maintain resonance in the QEG! Wait... I know.... it's the Variac knob!


Now if we only knew which knob to turn to make it run itself......

[gravityblock]

Uh-huh. Impressive !

But did you answer my question? Which knob do you turn to achieve and maintain resonance in the QEG! Wait... I know.... it's the Variac knob!


Now if we only knew which knob to turn to make it run itself......

Have you tried the LHM as a knob to turn in order to achieve and maintain resonance in the QEG with a perpetual vibration between the different changes in the angle of reflections, as in a similar way in how atoms are in a state of perpetual vibration? By maintaining this resonance through a change in the angle of reflection, then we can build a huge charge density while increasing the wavelengths which are proportional to the charge density.  According to Miles Mathis and the mainstream, the coupling is strongest within 1/3 of a wavelength from the object. Condemnation before investigation is folly!

Let's do this TK just for "shits and giggles"!  Can you turn this knob, which is, the changing in angle of reflections to compensate for the change in the increases of the gaps and spacing of the LHM as to increase the charge density and space of the gap?

Gravock