Graviton waves trapped

A large flood in the Virgin River was a time of great excitement for the kids in Rockville. We would gather on the Green Bridge that crossed the river and watch logs and whole trees being swept downstream. The river became so muddy that fish lined up along the river’s banks and stuck their mouths and gills out of water to breath. I always marveled at this adaptation. Those that didn’t run for cover were likely swept down stream to Lake Mead and the Colorado River. The Virgin River carries more mud for its size than any other river in the USA.

Waves of water and the waves that travel along an elastic string may have the same general appearance, but the similarity ends there. Water waves are composed of many parts, and for this reason, it is impossible to grasp these waves as they rush downstream. In contrast, the waves that travel along a virtual elastic string are part of the string, and they have interconnected physical properties.

Consider an electron going through its string cycle with its magnons, electons, and gravitons retracting against the electron’s surface. Because of the retraction process, the electron becomes extremely dense, perhaps more dense than any other material on Earth. Now imagine a graviton trapped between this dense electron and its retracting strings. This graviton can not retract back to its source. The resistance created allows the graviton to exert a force of attraction.

This state does not last long because the graviton is released as the electron completes its string cycle. The retracting graviton quickly loses its ability to transmit waves, perhaps because it becomes more diffuse throughout its length. And without waves, there will be no further resistance to retraction.

This model explains why there are multiple points of attachment between a graviton and the body it penetrates. It explains why the distance through a body and the density of the body predetermines the resistance created when a graviton retracts. It explains why the length of the graviton outside the body it penetrates has no effect on the force of attraction created. Thus, the attraction force of a single graviton from Earth is the same whether the graviton penetrates a body close at hand or whether this same body is light years away.