I use the model of dark matter from Rubin and Ford's work. They showed that stars in a galaxy would fly apart if they did not have a medium in which they existed.
My model of dark matter shows how the interaction of magnetism bends the dark matter and builds the bubble that baryonic matter will exist in. Inside this dark matter bubble, baryonic matter interacts. In our solar system the sun produces intense magnetism. This concept produces a radiative model of gravity.
axioms of dark matter (Aaron's Model)
1) dark matter is repulsed by charge (magnetism)
2) as dark matter is repulsed it becomes more dense, eventually pushing back on the baryonic bubble.
3) dark matter is produced by chaining 2 gluon together. Gluon read w bosons to convert energy to magnetism.
Evidence of dark matter
1) Pioneer 10 and 11 trajectories
2) galactic super clusters show a medium in which they exist. They act like a rock thrown into water.
pictures on my blog.
From my blog
http://aaronsreality.blogspot.com
First attempt at a description of Gravity.
Peter Duffett-Smith's amazing paragraph. Practical Astronomy with your Calculator
"A celestial observer viewing the solar system from a great distance would not, however see the Moon making loops in space about the Earth. Rather, he would describe the situation by saying that the Moon is in orbit around the Sun, as is the Earth, and that the effect of the Earth's influence is to make the Moon's orbit wiggle a little as the relative positions of the Earth and Moon change. This is because the Sun's Gravitation force on the Moon is much greater than that of the Earth, even though the latter is nearer. "
The n-body problem describe this. The n-body problem shows that gravity cannot describe more than 2 objects interacting together. f = -gm1m2/r^2 does not work for multiple objects. On the first orbit the moon would be ripped from around the earth because of the intensity of the sun.
I would like to use this paragraph to describe gravity.
"This is because the Sun's Gravitation force on the Moon is much greater than that of the Earth, even though the latter is nearer". The Sun is an absolutely massive radiation emitter. Its primary radiation strength extends to beyond Mars, Its secondary fields extend past planets into the ice fields beyond Pluto. These areas of radiation are well defined.
At this point lets consider our star has no orbiting debris. Also our star does not exist before time T0. Time exists before T0 but the baryonic matter star does not exist. We have a Riemannian manifold in Hilbert space. This is a massive space. Each point in the space is filled with a Vacuum Energy. The Vacuum Energy contains information on the Dark Matter particle that fills the Vacuum Energy space.
Upon time reaches T0 our Baryon filled star winks into existence inside our space as a manifold. As the baryonic radiation emissions of the star expands to it maximum, Dark Matter particles are pushed back, repelled by the existence of Baryons. Within days Dark Matter particles have been pushed back past ~3 au. Now Dark Matter particles have mass. Our baryon radiation from the star has traveled far enough that there is enough distance between them to no longer be strong enough to push the now pressurized Dark Matter particles. Dark matter particles start to push back on the baryons. We get an equilibrium between dark and baryonic matter. There are some areas of Void between the Dark and baryonic particles. This is important.
Now between the stars edge and the edge of the Dark matter is 3 au. This area is Void except for odd bits of baryonic radiation. Each bit of baryonic radiation has its own magnetic field and charge. Non-baryonic radiation (photons, free electrons) pass through the non-baryonic dark matter. This is why we can see galaxies through the soup of non-baryonic dark matter.
Then there is the curvature of space
The curvature of space is a function of the density of baryons, the magnetic field, and radioactive particles emitted from the baryonic object. Really it is just the pressurization of dark matter against the baryonic matter's magnetism.
The magnetic field planets/planetoids:
Many of the planets have a magnetic field. This field is called the magnetosphere. Any of the spinning massive bodies has magnetism if it has a warm metalic core. These magnetic fields repel dark matter at a much greater rate than the baryons alone.
The non-magnetic field planet/planetoids:
The general density of an object's baryons has magnetism. This inherit magnetism causes dark matter to repel. But not nearly as much as the magnetic field. The lunar surface shows differentials in gravity to the topology [Cite:A. S. Konopliv].
The massive gas giants have cores that are magnetic. The magnetic field has been examined by NASA and others. The curvature of the space/time around Jupiter is far greater than the mass of the planet alone.
There are many more points that I describe that are needed to have a dark matter model.
I show that black holes emit radiation in large amounts with pictures and equations. This is antithetical to current models of black holes.
The big bang as a singular event is not supported in my model. My model shows many bangs that do not work at all like Hawkins states.
Dark matter and the interactions with baryonic matter solve many issues that current models do not even tackle.
This is why I still use dark matter in my model. There needs to be a medium in which baryonic matter exists.
Aaron
http://aaronsreality.blogspot.com
p.s. my blog needs to be read from bottom to top.
Thanks