Gravitons do not bond to other gravitons

The Forces of Nature by Kelland Terry, Ph.D.


The bones were white by summer:
Antlers and Virg's ribs were one;
Their naked, ghostly skulls
Lay smiling in the noon day sun.

The Savage rifle was rusty now;
Its stock was buried in the sand.
A stink bug lay in the barrel;
A fruit fly made ready to land.

In the case of the electric force, there are two kinds of strings. E-electons emanating from the electron become bound to p-electons emanating from the proton and when they retract it causes an electric force of attraction between electron and proton. The same is true for the magnetic force. When e-electons meet they neutralize each other; thus, all atoms are electrically neutral if they have not lost an electron. This is not true for the force of gravitation.

Gravitons do not bond to other gravitons and cause a force of attraction, nor do they bond and form a force of repulsion. And they do not neutralize one another.

The force of gravitation between Earth and Sun follows the universal law of gravitation worked out by Newton, and in the same manner, the force of gravitation between Earth and Moon follows the universal law of gravitation. This means gravitons from Earth are not being neutralized by the Sun’s gravitons. They do not bond and neutralize each other as is the case for the electric force.

Gravitons become bound to the bodies they penetrate by friction, not because they bind to other strings. I will discuss the manner of this friction in a future blog.
Kelland—www.vestheory.com