The Holographic Universe and Pi = 4 in Kinematics!

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TK,

This can be your thread, if you like.  I can change the title to, "TK's Resonant Quantum Energy Generator, (TKR-QEG)" or, something of your choosing.  It's up to you.

Gravock

[gravityblock]

TK,

This can be your thread, if you like.  I can change the title to, "TK's Resonant Quantum Energy Generator, (TKR-QEG)" or, something of your choosing.  It's up to you.

Gravock

I decided to take the first step.  If you oppose this change, then I will take the thread back and rename it to it's original title of "How to Achieve and Maintain Resonance in the QEG".

Thanks,

Gravock

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Quantum Tunnelling, by Miles Mathis.

Gravock

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Rewriting the Schrodinger Equation, by Miles Mathis

Gravock

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What causes superconductivity?

If we don't ask the right questions, then we don't get the right answers.  It turns out the answer is fairly simple. All you need is the charge field. To get a charge field, all you do is let the photon that transmits charge be real instead of virtual. You let it have moving mass, radius, and spin. Since charge is real, it cannot be transmitted by virtual particles with no size or energy in the field. We don't have to propose a phonon to fill a hole in our theory. No, we just have to propose that the particles that our equations give us are real. I mean these old equations:

e = 1.602 x 10^-19 C

1C = 2 x 10^-7 kg/s (see the definition of the Ampere to find this number in the mainstream)

e = 3.204 x 10^-26 kg/s

Those equations tells us that charge has mass, and they tell us how much. The fundamental charge is that much mass per second, which I simply apply to the charge field and the photons that are in it. Charge is then the motion of these real photons, not some mystical attraction or repulsion of ions.

This solves the superconductivity problem because conductivity is defined as the ability of a substance to let charge pass. Obviously, charge will pass most easily when it is blocked the least, and it is blocked the least when particles aren't getting in the way. In other words, charge photons will pass through still matter more easily than they will pass through vibrating matter. A lack of conductivity is explained by photons colliding with matter, and energetic matter will collide with more photons.

Reference:  Superconductivity and Super-fluids explained by Miles Mathis

We can switch between superconductivity, conductivity, and non-conductivity states by creating and manipulating this charge field by knowing the correct parameters.  By knowing this information, a safe and reliable device can be built without the inherent dangers of not knowing what we're working with.

Gravock