Gravitational Relativity: 00001: Negative Gravitation...
Euclidean or Newtonian space-time exists only in the mind
as an abstraction of the universe, an idealized form.
Its description does not exist in the real universe.
The fact that humans imagined this description is due to the fact
that its logical deductions are good approximations
for our senses to analyze the terrestrial environment
that we evolved within.
Most physical systems in the human realm are adequately described
by the logic of the Euclidean-Newtonian description:
thus, this description tricks us into missing the obvious
and believing the description's illusions.
Matter-Energy curves space and Einstein
explained a few external facets of the curvature,
such as gravity, red shift, and the curvature of light by mass.
Why not look for a theory to describe space within objects?
Let us conceive an experimental circular chamber,
for a thought experiment and let us place it at the heart of the sun.
All mass will be outward from our point of view
and since mass is all around us, in our chamber,
it will pull us outward:
negative Gravitation, quintessence or Dark Energy!
Gravitational Relativity asserts
that this is a valid and real viewpoint.
This is a negative gravitational field
that would pull outward on our entire vessel.
There must also be strings of the negative field
connecting the experimental chamber in the sun's center
to all of the heavenly bodies that surround it.
Gravitational Relativity: 00002: Positive and Negative...
The old question comes to mind:
"Is space positively or negatively curved?"
The new answer must be:
it is simultaneously positive and negative,
dual fields that interact in such a manner,
that they appear as a single force or effect, gravity.
Our thought experiment chamber sits upon a curvature node,
where the positive and negative fields meet and interact.
The center of each stellar reference frame
is a point where two great forces meet and balance each other.
This begins a new conception of the nature of space-time.
As we approach the center of a macroscopic object,
gravity does not approach zero:
its resultant toward the center approaches zero,
replaced by vectors in all directions pulling outward.
The real effect of gravity on our chamber at the center of a star
would be pulling outward in all directions,
due to the mass that surrounds it.
Gravitational Relativity: 00003: Dark Matter...
The Dark Matter is the missing portion of what is,
from the total mass equation for the universe.
It is not likely that much of the missing matter
will be found in macroscopic objects, such as astronomical objects,
because their gravitation fields influence the known stars and gases,
and these radiate at spectrum we can observe.
A few percent may be found as brown dwarfs, dark galaxies,
dim matter and such, but not a significant amount.
It is impossible that it would be found in neutrinos
or other high energy particles:
the quantity of the nearly weightless particles,
that would be required to amount to two-thirds of what is,
would sizzle the known universe,
regardless of how weakly they interacted.
The Dark Matter must be intimately related
to the existing known universe.
Gravitation is the resultant sum of the two curvatures of space,
the positive and negative.
In our part of space, a planetary surface,
the positive slightly outweighs the negative:
the geometry curving spherically toward the body
as the effect of gravity.
We can now conceive of a balance between two great forces,
the positive and negative dynamic curvature fields,
with a slight residual positive curvature known as gravity
around mass boundaries.
The Dark Matter is the total of the two curvatures,
as opposed to their resultant which we call gravity!
This dark matter is the dual spatial curvature field
apparent within all visible matter as two great forces in balance.
This explains the realm from which
virtual particles appear and disappear,
since two thirds of what is,
is locked in the two curvature fields right under our noses.
Gravitational Relativity: 00004: Dynamic spatial curvature...
We know that the two curvature fields are dynamic,
because in our chamber in the center of the Sun,
the negative lines to the planets would circle to follow the orbits.
In consideration of manipulating the positive and negative fields
several examples are obvious:
both linear acceleration and centrifugal force
are examples of the dynamic relationship
of the positive and negative curvatures changing.
A gyroscope becomes lighter in the downward direction
and develops fields oriented to the sides
that yield its stabilizing qualities,
as positive and negative forces readjust their balances.
These are changes in the dynamic relationship
of the positive and negative curvature fields.
The positive and negative curvature geometries are
definitely not static fields binding stars in static positions;
rather they drag the stars and planets along their courses.
Gravitational Relativity: 00005: Distance along the warps...
A light beam travels slower in water than in air.
The old theory says that photons are absorbed and re-emitted
from atomic nuclei, with certain absorption coefficients.
If the light beam is a coherent laser, what then?
The old theory says that each photon is re-emitted
in a coherent fashion and thus the beam stays coherent,
but does not say how this miracle happens.
This description does not reflect the real nature of the event.
Gravitational Relativity would say that light
always travels at the speed of light:
distance, the measure of real space, is non-Euclidean.
Relativity proves that it is the curvature of space
that produces a red shift of light due to the gravitational field
that is external to an object:
that is a change in the real distance traveled,
compared to our Euclidean static spatial ideal.
It is the change of distance,
caused by the light ray following the warped curve
of the dual geometry of space, which causes the red shift.
Consider the internal space of a substance
with its sum of positive and negative curvatures:
Euclidean distance is totally misleading,
since the two fields are considered
to be a large quantity of dark matter.
Light always travels at the speed of light,
it is the distance that it travels that changes!
A light beam travels slower in water than in air,
because it has to travel a lot farther.
A much greater real distance must be traveled,
due to much greater Positive and negative curvature
caused by a much greater mass-energy total affecting
and bending in the space:
thus, the distance along the real curved space
is greater in water than in air.
The fact that water is many orders of magnitude denser,
or that it has that much larger of a mass-energy total,
means that the positive and negative curvatures
are many orders of magnitude greater
and so is the warp in the fabric of space,
and the distance light must travel along these curvatures.
Gravitational Relativity: 00006: The Initial Torque...
The thing about the big bang is that it wasn't a bang at all.
Expansion implies outward motion, which is not correct.
The initial state was one of vast spin,
not yet even energy spinning, just immense Torque potential.
This immense Torque caused the appearance of expanding space
and is referred to as the big bang.
The big bang is more accurately a big unwind,
unraveling from every point in 3-D space simultaneously.
A little after the Big Unwind,
when the universe was a few centimeters in diameter,
how many times did the energy wave circle
around the diameter of the whole universe at the speed of light?
The nearly infinite frequency is related to the initial Torque,
which has been unwinding ever since as the universe expansion.
That Initial Torque is why everything is still spinning,
from atoms, to planets and spiral galaxies.
It is the incredible Initial Torque that is unwinding
as the universal expansion:
that is driving all motion like time itself.
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