Quantum Electrogravitational
Mechanics
Electrogravity Dimensions
Don't worry if you are confused
by the animation. The motions involve interacting
dimensions of both positive and negative Real
space, as well as both positive and negative
Imaginary space. However, as intricate
as it is, Complex Arithmetic can create
some of the most fascinating graphs and animations
of all mathematics. But by using this geometric
model of Cook's design, the same beauty can
be visualized physically with certain non-dimensional
tweaks.
Let me begin to lay out what
is involved in the animation.
We'll start with m1 &
m2, which are two arbitrary spherical
masses. The animation focuses on the spherical
mass located in the middle. From our perspective,
we see both Real and Imaginary dimensions
revolving around it. However, the same would
appear if we focused on the other mass, regardless
of which mass is greater. Let's give the two
masses some values in kg to put things
into focus. Let m1 = 893 kg and m2
= 1317019776 kg. It matters little
which object above is m1 or m2,
nor does it matter their radii, as we are
only interested in there centers of gravity
for this geometric model. Their distance apart
r will be difficult to explain just
yet, so let us ignore that for the time being,
other than that it is exactly 7.0685834...
m in this case.
The gravitational force
between the two masses is defaulted (for this
animation) as N = pi / 2 = 1.5707963... kg
m s^-2. When the force of gravity
is set to this value, the geometric representation
above becomes clear. However, animations will
follow involving other values of force than
this but it is a fine place to begin.
Please note: in the animation
the distance between the two centers
of gravity is fixed, so one can focus
on other aspects of this model. While it may
appear that they are moving to and fro, that
is only because of the rotation of the other
dimensions.
The dimensions of Newtonian
Force is of course in kg m
s^-2. However, in this model there
are three different times and thus three different
frequencies involved in the motions of the
animation, as well as three different fields
(electric, magnetic and gravitational). One
of these frequencies is pointed out in the
image above, where it has the exact relative
geometry of a one-dimensional line
extending from the vertical lines between
the two masses' centers of gravity. But let's
start backward and refer to it as f_3
in hertz. And the value in this case
is exactly 1.5 hertz. Thus, the inverse
t_3 = .6666666... s.
The entire length of the one-dimensional
pink dashed line, including f_3 in
its construction, has the exact geometric
relationship of the inverse of velocity =
3 s m^-1 = 2 * pi * f3^3
/ r, which was derived from velocity
= h * f^3 / I_e, where
h is Planck's Constant and I_e
is the Electrogravitational Interval
in J s^-1 m^-1. I won't
go into the entire analysis here in order
to get to the point, but if you have any questions,
feel free at any time to email
Mr. Cook.
Next, one may be wondering what
exactly is the meaning behind the rectangle
in the drawing. This, my friends and foes,
is the Gravitational Augmentation of Space
in m N^-1. It is represented
as a two-dimensional rectangular area. Mathematically,
it encompasses both postive and negative Real
space.
An equivalent area can be represented
directly below it for an Imaginary
augmentation, as well. However, it was left
out in the animation, as the only visible
space between the two masses exists in the
Real region.
This dimension m N^-1
is anagolous to a brane in String
Theory, a two-dimension plane that spins,
rotates and stretches in time and space in
relation with gravitational force, distance
and the like, and always has the dimensions
of distance per force in the New
Electrogravity Theory.
For sake of simplicity, I will
refer to the vertical line constructing the
Augmentation of Space as L for length
and the horizonal line as W for width,
so long as one remembers their dimensions
when studying this further.
Now, the distance between the
two masses' centers of gravity consists of
a one-dimensional line that when curled into
a spring-like formation comprises the
surface area of a logarithmic cone
whose vertical cross section is contained
within the Augmentation of Space; thus, a
ray of light passing from one mass to the
other travels in a spiral for this model and
the Augmentation of Space rotates accordingly.
The equations for this distance
between the two masses' centers of gravity
are as follows:
r = Sqrt { G * m1 * m2 / N }
r = 2 * pi * f_3^3 / L
Where G is Newton's constant.
And for the Augmentation of
Space...
A_e = r / N
A_e = ( 2 * f_3 )^2 / 2
Thus, our Gravitational Potential
Energy is...
E = N * r
Whose value is exactly 1/3 of
the area of either circle in the first image
at the top of this page when N = pi / 2, and
generally is considered having a negative
value. And if we extend these circles together
for all 360 degress it forms a torus.
This torus can be calculated when N = pi /
2 as the following:
Ta = ( Or + Ir ) * pi^2 * (
Or - Ir )
Ta = ( 4 * f_3^2 * pi^2 )^-1
Thus, our first time t_1
is as follows:
t_1 = L * r * pi
t_1 = W * A_e
t_1 = r^2 * W / E
Our second time t_2 is
then...
t_2 = pi * r^2 * W / E
t_2 = t_1 * pi
We get a time factor x...
x = t_1 / t_3
Where we can calculate the number
of photons needed to provide the energy of
the motions...
h' = E * t_1
h' = x * Ta / ( 8 * f_3 )
# photons = h' / 6.6260690...E-34
= 1.1310976...E+35 photons
Where h is Planck's constant.
Importantly, h' = another torus
area just inside the larger torus, where one
sees the yellow negative energy 2-D circle
inside that increases and decreases in size
with X-Wave progressions in accordance
with the NET. The only moment the energy
circle increases beyond the inner torus boundary
is when a graviton passes out of Real
space through the center of a mass' gravitational
field. When this occurs for a single graviton,
a photon enters Real space tangent
to the circumference of the circle in order
to maintain the Laws of Thermodynamics. This
extra energy is exactly 1/6th the area of
the above circles and thus 1/2 the energy
of the system...ZPE. Because it exists outside
the realm of h' it consists of cold,
'negative-energy' photons. In the same,
when a graviton enters Real space from the
Imaginary space, a hot, 'positive-energy'
photon exits Real space, tangent to the circumference
of the circle. Thus, the entire universe
is always decreasing in temperature.
Note:
there are no photons shown in the current
animation as of yet only the amount of energy.
Now, if h' = the torus area,
which contains all the photons present in
the model, what exactly is the larger torus?
Why it is g', which contains
the exact number of gravitons, which must,
in accordance with the NET = the number of
photons.
g' = h' / alpha
Where alpha is the fine structure
constant.
Thus, a constant g =
h / a in kg s, where h
is in J s. The value of g =
9.080098E-32 and follows from Cook's Quantum
Gravity in accordance with the NET.
Thus, the exact # gravitons
(carrying the gravitational force) = # photons
(carrying the magnetic force) = # charged
particles (carrying the electric force)! It's
quantized. However, only one graviton and
one charged particle is included in the animation
to keep things visually simplified.
So let's now list the interactions:
* When a charged particle enters
Real space, the X-wave's amplitude = zero,
as no photons or gravitons are either exitting
or entering Real space.
* When a graviton approaches
Real space and the charged particle,
the amplitude of the X-wave increases.
* When a graviton enters Real
space through the center of gravity of a certain
mass, a charged particle exits Real
negative space to positive Real of another
system and a photon travels from Real space
to Imaginary space carrying zero net charge,
but raising the amplitude of the X-wave.
* As the graviton passes out
of Real space through the other mass' center
of gravity, a sudden burst of negative energy
enters the system for a fraction of a second,
allowing a single cold photon to enter
Real space (Zero Point Energy) along
the zero Real axis. The heavier the mass that
the graviton exitted through, the higher the
frequency of the light wave carrying the photon
that enters
* The charged particle then
enters Imaginary space of a separate system's
quadrant and the amplitude of the X-Wave is
reduced to zero.
* The cycle then repeats.
Now, let's revisit the animation
to view the interactions once again...
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