Only perpetual motion describes dark matter

The thing is that weight shifts, meaning the balance point shifts and
weight transforms
toward speed and inertia, or vice versa to weight. The spiral galaxy
weights as much
as 9 times it's visible mass as in our galaxy. Speed and inertia in a
brownian form
of motion everywhere carries speed and inertia as power which in turn
carries an
inertial form of gravitation, acceleration, curvature of space and
time.

Why perpetual motion? Weight directly arises, weight that is not
there. Not because only
of speed and inertia that is higher in spiral galaxies than in other
areas of the Universe,
but because weight arises from inertia, and weight energy that arises
is always more.
Where there is weight energy, matter traps easier in that area, there
is a gravitational
phenomena. Weight itself creates inertia, and the rise of inertia
creates weight.
If weight creates inertia, weight creates energy. However my guess is
that this
weight is created through a shift of mass (thus properties of energy).
A redistribution
of balances creates weight. If you can create weight as spiral
galaxies you can create
energy.

On Dec 24, 11:01 pm, gb wrote:
The thing is that weight shifts, meaning the balance point shifts and
weight transforms
toward speed and inertia, or vice versa to weight. The spiral galaxy
weights as much
as 9 times it's visible mass as in our galaxy. Speed and inertia in a
brownian form
of motion everywhere carries speed and inertia as power which in turn
carries an
inertial form of gravitation, acceleration, curvature of space and
time.

Why perpetual motion? Weight directly arises, weight that is not
there. Not because only
of speed and inertia that is higher in spiral galaxies than in other
areas of the Universe,
but because weight arises from inertia, and weight energy that arises
is always more.
Where there is weight energy, matter traps easier in that area, there
is a gravitational
phenomena. Weight itself creates inertia, and the rise of inertia
creates weight.
If weight creates inertia, weight creates energy. However my guess is
that this
weight is created through a shift of mass (thus properties of energy).
A redistribution
of balances creates weight. If you can create weight as spiral
galaxies you can create
energy.

The basis of energy is that you create a substantual weight that
takes very little to keep running but a lot of energy to start it
up. A compressed weight which satisfies energy output of weight
in the vertical axis 'as there is always more weight' but carries a
powerful momentum in the horizontal axis. Spiral galaxies neetly
create a horizontal axis, a plane and this plain or disk sets
the vertical axis condition. Now momentum in the horizontal
plain is less than the weight in the vertical direction, so this
allows acceleration.

On Dec 24, 11:17 pm, gb wrote:
On Dec 24, 11:01 pm, gb wrote:



The thing is that weight shifts, meaning the balance point shifts and
weight transforms
toward speed and inertia, or vice versa to weight. The spiral galaxy
weights as much
as 9 times it's visible mass as in our galaxy. Speed and inertia in a
brownian form
of motion everywhere carries speed and inertia as power which in turn
carries an
inertial form of gravitation, acceleration, curvature of space and
time.

Why perpetual motion? Weight directly arises, weight that is not
there. Not because only
of speed and inertia that is higher in spiral galaxies than in other
areas of the Universe,
but because weight arises from inertia, and weight energy that arises
is always more.
Where there is weight energy, matter traps easier in that area, there
is a gravitational
phenomena. Weight itself creates inertia, and the rise of inertia
creates weight.
If weight creates inertia, weight creates energy. However my guess is
that this
weight is created through a shift of mass (thus properties of energy).
A redistribution
of balances creates weight. If you can create weight as spiral
galaxies you can create
energy.

The basis of energy is that you create a substantual weight that
takes very little to keep running but a lot of energy to start it
up. A compressed weight which satisfies energy output of weight
in the vertical axis 'as there is always more weight' but carries a
powerful momentum in the horizontal axis. Spiral galaxies neetly
create a horizontal axis, a plane and this plain or disk sets
the vertical axis condition. Now momentum in the horizontal
plain is less than the weight in the vertical direction, so this
allows acceleration.

I already figured that a perpetual motion machine does not
grow upwards in height but a large weight takes a wide and flat
configuration and the top and bottom points are closely shifted
from the weight. Meaning take a log, don't make it stand but
lay it on the ground, lift it up a little by the center point, balance
it to stand in that configuration. Here we have a galaxy, flat and
widely distributed as weight. The second is set this heavy weight
into constant motion that requires very minimum energy to keep it
moving, be it back and forth somehow, like swing it on ropes
from above, but what we care about is weight. I built a thing
that has two legs and the log swings not on a rope but on an
object below that makes the weight shift to one leg to the left,
then the log tips back automatically to tip to stand on the other
leg. The legs are narrow and the very heavy weight does not
stop at the center point but tips to the other side. One needs
a lot of force to tip the weight off balance, but keep it from
over-tipping and falling, and the weight falls and tips to the other
side where a slight energy is needed to keep it tipping
right and left like a swing on ropes but upside down on legs.
The two legs that this log stands on are close to the center
of the log and the legs are built in a way that they tip back
toward the center when force-lifted to have the log tilted to
one side, but the legs exchange beneath the weight. My device
lifts the legs high and a huge force under the weight of the
log steps down and back up as the legs exchange. All the
weight is exchanged between the two legs with little force
involved in keeping the object in motion. Say a few kilos
of pushing force is needed to keep this object tipping right
and left on two legs, but the weight that arrives on the ground
comes with hundreds of kilos of force. One splits the
horizontal dimensions into two dimensions as well.
This thing is rotating as a whole and tips right and left
on two legs. Note, spiral galaxies too have typically
two complex legs or spiral arms. What results is weight,
added weight. This is what I need to do, create added
weight compared to the dynamics of the system that
works based on inertia. Here I find that inertia is not
equal to weight. As we can arrive to more weight in
the dynamics of the system we can gain energy from
weight.