Rechy's thesis (dark energy)

Problem: There seems to be a dark energy binding in our galaxy
that astronomers had a hard time explaining. According to calculations

of mass, only 10 percent of mass is visible, and the galaxy should fly
apart.

Problem solver: Rechy
Real name: Just Rechy
Occupation: Theoretical Physicist
Hobbies: Down the bar 24/7, whatever its called,
went there since 13. Smoking and riversurfing on
the river. Swim up after large ships, and
catch the wave. Those are 3 meter waves.
Elvis and I ride after ships sometimes for
hours.
Latest news: Elvis, my best friend, an impersonator,
the queen made him a lord a few years ago after he
appeared in TV or something and impressed her,
well, he showed me his new boat yesterdate, he now
works in the river taxi business, we rode along
and listened to 50's music.
Favorite quote: Dark energy forms when matter wants
to rise up, and once it does, it is pulled back
down, then it just spreads out on a flat plane
(and it accelerates up as it all spins... which binds
the galaxy in a two dimensional plane, hickup).

http://www.vassallucci.nl/vassa/images/rechy.jpg

Thesis:
It is estimated that the binding in our galaxy is so
strong that only 10 percent of mass is visible, and
the rest must be some dark energy.

Explanation: collective acceleration (along a flat plane)
has more binding energy long its two dimensional
plane than the binding of a randomly moving environment
of the same mass in three dimensions.

Based on calculations of mass, our galaxy should fly
apart, but this flat plane holds it together. Energy
works differently along the two dimensionally
distributed plane.

This flat plane expresses its mass out along its flat
dimensions.

A galaxy may appear lighter toward other angles.
If gravity in the case of our galaxy is expressed 9
times stronger along its flat plane, the galaxy's
gravitational fields may direct its gravity toward
this field and less toward galaxies which do
not collide with these two dimensional graavitational
fields.

The effect may not bind near galaxies in the universe
together as strongly as expected. As with nano
physics, objects that rotate and generate flat
fields may pull from one angle and repell each other
in another. Remember gravity has magnetic properties
by its nature.

When planar inertiality of gravity builds, the galactic
object acts somewhat magnetically pulling stonger
along its flat plane, and excerts anti-magnetism
(anti-gravitation) along its northern and southern
sides. The reason being is that gravity strengthens
along its flat planes toward its two dimensional
structure. The reason the galaxy is flat is
because of the heavy concentration of matter in
the center is pulled together, but at the same time
there is escape velocity, and so the two opposing
forces flatten the galaxy out in a plane through a
rotation, and this flat structure is bound in the
two dimensional plane, combined with the escape
velocities. Again, pointing out, its binding occurs
in a more powerful two-dimensional layout, and
the power generated along the two dimensional
plane is accelerated along the two dimensions,
while carries deceleration effects in the three dimensions
due to energy conservation. If gravity/mass grows to
9 times higher in this two dimensional plane, it
opposes matter gravitationally along the north and
south directions. See how jets released do not fall
back to the galaxy. So the galaxy gains repelling
anti-gravitational energies in the north and south
directions, however locally gravity and the two dimensional
field gravitational field binds matter very strongly.

The power of the planar gravitational field.

The planar fields reach out to greater distances and
can help in forming cluster formations.