Quantum AetherDynamics Institute

As explained in A New Foundation for Physics  white paper and in our book Secrets of the Aether, gravity has a dipole structure, just as does electromagnetic force and electrostatic force.  The dipole exists between ordinary matter and anti-matter, due to the spin directions of the subatomic particles.

In the above Aether unit graphic, each colored loxodrome represents a specific spin position for onta.

Onta of electrons and protons have left hand spin and onta of anti-protons and positrons have right hand spin.  Left hand spin onta gravitationally attract to left hand spin onta, and right hand onta gravitationally attracts to right hand spin onta.  But left hand spin onta gravitationally repels right hand spin onta.

Hence, the anti-matter of the Universe that was created billions of years ago has gravitationally separated from matter, creating two aspects to a single Universe.  It remains a single Universe because the photon is its own anti-onn for both matter and anti-matter.  This means that some of the distant galaxies we see may be composed entirely of anti-matter.  

Within our own galaxy, positrons are continually created in photon reactions.  It is quite possible that these positrons can gravitationally separate, even within our own galaxy, and create a positron cloud.

As explained in the Aether Physics Model, the Gforce is the primary force from which gravity, electromagnetic, and electrostatic force manifest.  When the Gforce acts upon the mass dimension, it produces the force of gravity.

The Gforce is equal to:

The reach constant is determined by taking the quantum length and mass associated with the Aether.

"Reach" in this case, refers to the reach of the Gforce when acting upon the dimension of mass.  The value of Gforce acting upon the dimensions of area per orthogonal masses is:

The Gravitational force constant is thus expressed simply as Gforce times reach.

The gravitational law then applies according to standard physics.

Gravitation Generated Photons

According to the Aether Physics Model, the gravitational constant is also responsible for producing a photon among particles.  Just as the rmfd constant produces a photon between strong charges, the gravitational constant produces a photon between masses.

The effect of gravitational mass producing photons is much stronger in the heavier proton and neutron:

Despite the greater gravitational production capacity of proton and neutron generated photons compared to the gravitationally generated electron photons, the strong force produces far more photons than does the gravitational force.

The production of photons between strong charge is verified in the experiments proving the Casimir effect. It is then reasonable to assume experiments can prove the production of photons between masses, as well.

Gravitons

Modern physics explains gravity with the so-called "graviton".  The graviton closely resembles the rmfd unit of the Aether Physics Model.  A graphical representation of the rmfd unit (graviton) and its relationship to time are discussed on the Physics of Time page.