Dark energy, gravity, gravity pressure, gravity bubbles, a theory

You throw dirt the mass of Earth into one location, there won't be
gravity. Only when heavy collisions arise and pressures, the
entanglement in all directions form a gravity pressure-bubble.
One observes a large volume of mass like a galaxy and rotates it.
Immediately the galactic object tightens. Dark energy arises, a
stronger gravity. (it was shown that as little as 10 percent of the
mass is visible in our galaxy, the rest is dark matter energy).
Once a galaxy rotates, the galaxy tightens (dark energy
arises). Why is that?

Motion adds to gravity, and gravity adds to motion.
It is very important that mass is not the property of atoms, but
relates to motion and pressure. The more compact the object
the stronger its gravity, and that law applies to galaxies as well.
In a galaxy, each object is free-falling. But when a galaxy begins
rotating, each object is following the objects ahead, and the objects
are falling faster, and faster, and the galaxy is rotating faster and
faster, and the whole thing is compressing. And as the galaxy has
a momentum toward a direction, with a faster and faster rotation
the galaxy gains speed. The effect is that like trains, all spiral
galaxies in the Universe are speeding up, and the effect resembles
an inflation, one that is not only inflating, but accelerating in its
inflation. Objects that organize on a disk, with accelerated speed
strengthen the disk's gravity and tightness. These objects are
not orbiting a gravitational center of the galaxy. The galaxy
does not have sufficient gravity for that, but each object is
gravitationally connected with the objects in its constellation.
On the disk objects move at much faster speeds. From higher
speed, a gravitational pressure arises, where motion adds to
gravity and gravity adds to motion as the galactic object compacts
with faster and faster motions (at the disk). We are moving
at 220 kilometers per second on the galactic disk. This
speed is slowly accelerating as the galaxy is compacting,
and the whole galaxy is slowly gaining speed (along with
the spiral galaxies in the whole Universe). Earth is moving
around the Sun at 30 kilometers per second.
From above: "The galaxy does not have sufficient gravity for
that, but each object is gravitationally connected with the
objects in its constellation."
That is the reason why Suns organize into spiral arms in
our rotating galaxy and don't fill the galaxy. There is no
powerful galactic center holding the galaxy together
gravitationally. The gravitational effect is local.
We find that eventually our galaxy will compact into a rotating
object whose center holds the galaxy together gravitationally.
At that time, the spiral arms will lose their unique organization,
and stars will fill the disk. At that time the gravity in the center
of the galaxy will take over and a solar-system like formation
will take shape. Until a galaxy reached that structure, it keeps
accelerating in its rotation and Suns are gaining speed as the
spiral galaxy compacts, but at the same time the faster and
faster compacting rotation of spiral galaxies also add to the
galaxy's speed which creates the expansion effect of the
Universe.
The most interesting finding is that when taking a galaxy
and rotating it, it compacts as gravitational forces rise as
dark energy, which is gravitational energy 9 times more
powerful in our galaxy than the gravity of mass alone.
To explain this, I am trying to use the model of gravity that
by throwing dirt into a location in space summing the mass
of Earth, there won't necessarily be gravity until huge collisions
compact the dirt, and pressures that form create a gravity
pressure-bubble. Gravity is not necessarily related to the
mass of an atom, but to pressure and to speed, two different
things.

George Bajszar