Cook's New Electrogravity Theory

The NET 09

Finally, now that a large part of essential electrodynamics is out of the way and the Electrogravitational frequency has been brought out in the open in the New Electrogravity Theory, Mr. Cook can begin to release the entire mathematical process of combining Quantum Physics with Relativity in order to demonstrate how his model explains the passage of the electron through quantum leaps in the atom. While this may be physics widely described in the scientific community and largely non-disputed, this approach will open the doors for some of the most beautiful findings in the NET.

Now pay attention to this page, bookmark it, study it, argue about it. You really will regret glossing over it. The essense of nearly all disputed and unresolved theories of science from time travel, anti-gravity, free energy and the like are in these equations. They are complex equations mainly, in both meanings of the word, and hard to get a handle on until you follow Cook's understanding and explanations, but really this is the meat of the theory, right here on this page.

How well you will see the beauty in what follows though, depends more on your study of what will be presented than how it is presented. There is no really good way to explain the following other than to put forth the equations and label them. The understanding of the implications of these are something that will take years to fully comprehend, as they go deep in the rabbit hole.

Seriously, you will now begin to see it...

Where -n is the Quantum Number pertaining to the Proton's bands and +n is that of the electron's, h is Planck's constant, the two is negative by the rule, pi is the Irrational number equal to 3.141592..., B_r is the Bohr Radius from (5), m_e is the mass of the electron, c is the speed of light and ci is its Imaginary counterpart, V_g is the electron Orbit (Group) Velocity from (6 & 7) and V_fi is the Electron Spin (Phase) Velocity from (27, 28 & 29).

For values of this function, simply refer to the values of V_g and V_fi, as V_g is the Real part and V_fi is the Imaginary part.

But Mr. Cook doesn't want to stay on the Complex plane at this point, in order to illustrate something ahead that is best shown by restricting the vector to an Imaginary number. This is what he does.

Where -n is the Quantum Number pertaining to the Proton's bands and ni is that of the electron's from the POV of the Phase Velocity, h is Planck's constant, the two is negative by the rule, pi is the Irrational number equal to 3.141592..., B_r is the Bohr Radius from (5), m_e is the mass of the electron, c is the speed of light and ci is its Imaginary counterpart, V_g is the electron Orbit (Group) Velocity from (6 & 7) and V_fi is the Electron Spin (Phase) Velocity from (27, 28 & 29), Alpha_Ri is the Imaginary Alpha Factor from (20), alpha is the Fine Structure Constant from (9), which is Real from the POV of the Phase Velocity, -Lambda_R is the Lorentz Factor from the proton's perspective and +Lambda_R is the factor from the electron's perspective both from (8).

At n = 1:

Vi (n) = -4.108017...i x 10^10 m s^-1

At n = 2:

Vi (n) = -8.216362...i x 10^9 m s^-1

At n = 3:

Vi (n) = -1.232463...i x 10^9 m s^-1

Did you see that? Look again. By simply multiplying i, the dimensionless value of the square root of minus one, by n in the Real part of the non-linear function in (78 & 79), the group velocity simply cancelled out completely. Look again at equation (85) and then notice again the Imaginary n in (80). The only thing left behind in (85) is the Phase Velocity (AKA, Electron Spin Velocity) and a couple of Lorentz Factors to boot.

So what does that mean?

Well, to Mr. Cook this means that when something passes the speed of light, which phase velocities regularly do, information from everything traveling below the speed of light blinks out. It does not compute. It ceases to exist as far as measurements go.

In other words, if I were able to travel away from you at the speed of light, you would simply see me disappear the moment I surpassed c. In the same, looking back toward you, I would see that you disappeared. This is extraordinarily significant in Cook's opinion. This is why...

Working with the non-linear Terminal Velocity Function above, calculate the X-Wave.

Where the two is negative in accordance with the rule, h is Planck's constant, epsilon_o is the Permittivity of Free Space from (4), c is the speed of light and ci is its Imaginary counterpart, Vc (n) is the non-linear Terminal Velocity Function from (78 & 79) above, -q is the electron's charge and +q is the proton's from (1).

Dividing an Imaginary number by a Complex number isn't all that difficult, but it helps to separate everything in the equation from the Complex Number and represent it as a variable. We'll call this variable b.

And then apply b to the X-Wave function to solve first for the Real part, which can be done like this...

Where b is our variable from (87) above, V_g is the electron Orbit (Group) Velocity from (6 & 7), V_f is the Real value of the Electron Spin (Phase) Velocity from (27, 28 & 29), the one is negative in accordance with the rule and n is the Quantum number pertaining to the electron.

At n = 1:

Re (Xc (n)) = -1 (dimensionless)

At n = 2:

Re (Xc (n)) = -1 / 2 (dimensionless)

At n = 3:

Re (Xc (n)) = -1 / 3 (dimensionless)

Did you just see that? The X-Wave governs the electron orbitals (AKA energy shells), or more precisely are the orbitals themselves. What is an orbital? An X-Wave. What is an X-Wave? An orbital. They are one in the same.

But what about the Imaginary Part?

Indeed, perhaps even more interesting is the Imaginary part, which we will spend a little extra time with now.

Where b is our variable from (87) above, V_g is the electron Orbit (Group) Velocity from (6 & 7), V_f is the Real value of the Electron Spin (Phase) Velocity from (27, 28 & 29), the one is negative in accordance with the rule, n is the Quantum number pertaining to the electron, -Lambda_R is the Lorentz Factor from the proton's perspective and +Lambda_R is the factor from the electron's perspective both from (8) and Alpha_R is the Imaginary Alpha Factor from (20), but is represented in the equation as Real so as to bring out the i for a more complete picture.

Whoa. Okay. What does all that mean?

Well, the Lorentz Factor is something from Relativity and the Quantum number is something from Quantum Physics and the Alpha ratio is that ratio that allows constants to remain constant when the electron crosses from one energy level to the next in accordance with Cook's New Electrogravity Theory. This is all tied together with an X-Wave, particularly the Imaginary Part of the wave.

In order to see what's really inside the Imaginary part of the X-Wave, it helps to twist it around a bit. We will divide the minus i by the Imaginary part, thereby cancelling i, give the square root and then multiply that again by the Imaginary part.

One gets

And what is interesting about that?

Well, the same result just so happens to equal this.

Where alphai is the Imaginary Fine Structure Constant from (9) and -n is the Quantum Number pertaining to the proton and +n for the electron.

At n = 1:

Im (Xc (n)) = -7.297353...i x 10^-3 (dimensionless)

At n = 2:

Im (Xc (n)) = -2.580004...i x 10^-3 (dimensionless)

At n = 3:

Im (Xc (n)) = -1.404376...i x 10^-3 (dimensionless)

Whereby Mr. Cook sets (94 & 95) equal to each other in order to solve for the Imaginary Fine Structure Constant, to see what it is a product of.

Where -n is the Quantum Number pertaining to the proton, +n for the electron and Im (Xc (n)) is the Imaginary part of the X-Wave from (90-93) above.

For all n:

alphai = 7.297353...i x 10^-3 (dimensionless)

Mr. Cook likes product equations, as they show more clearly what it is that make up a certain parameter. For instance, force equals energy per meter, but that is not descriptive enough in Cook's mind, as it only shows that by removing distance from energy, one gets force. He prefers to think of force as the product of mass and acceleration, as it appears to him as something more fundamental.

In the same, equation (96) above is a much more profound statement for the Fine Structure Constant than the ratio in (9), 'cause it definitively states what exactly it is:

The Fine Structure Constant is the lock and key center-point between the Real plane of the Quantum world (Quantum numbers) and the Imaginary plane of the Relativistic world (Lorentz factors)! It is that which keeps the two planes constantly connected.

Thus, if one divides the Imaginary Fine Structure Constant times the Real part of the X-Wave by the Imaginary part raised by some percent from (94 & 95), one gets the Square Root Function, as i simply cancels out.

Where alphai is the Imaginary Fine Structure Constant from (9), Re (Xc (n)) is the Real part of the X-Wave from (88 & 89) above and Im (Xc (n)) is the Imaginary part from (90-93) above.

At n = 1:

Sqrt {n} = 1 (dimensionless)

At n = 2:

Sqrt {n} = 1.414213... (dimensionless)

At n = 3:

Sqrt {n} = 1.732050... (dimensionless)

And that's about as fundamental as one could get.

There is more to this of course, but for sake of completeness, in case one wants to explore further the X-Wave without Complex values, there is a way to do so for a Real X-Wave and one will never run into problems with it.

Where the two is negative in accordance with the rule, h is Planck's constant, epsilon_o is the Permittivity of Free Space from (4), c is the speed of light and -ci is its Imaginary counterpart (made negative in order to keep things on the Real plane, Vi (n) is the Imaginary Terminal Velocity Function from (80-85) above, -q is the electron's charge, +q is the proton's from (1), -n is the Quantum number pertaining to the proton, +n pertaining to the electron, -Lambda_R is the Lorentz Factor from the proton's perspective and +Lambda_R is the factor from the electron's perspective both from (8), alphai is the Imaginary Fine Structure Constant from (9 & 96) and Alpha_Ri is the Imaginary Alpha factor from (20).

At n = 1:

X_R (n) = 1.000053... (dimensionless)

At n = 2:

X_R (n) = 2.000026... (dimensionless)

At n = 3:

X_R (n) = 3.000017... (dimensionless)

And now that the math behind the X-Wave is presented, it is time to move into the realm of the Mach-Cook Parallel where we can begin to look at the X-Wave in action.

Let's do this then...