The yin and yang of gravitons

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

As explained in the previous blog, it requires more energy than expected to accelerate an electron in a particle accelerator. This is particularly true the closer the particle comes to the speed of light. How does VES ether theory solve this puzzle?

First, only those gravitons traveling along the surface of Earth will have an appreciable affect on the particle in the accelerator because those emanating from the ground beneath the accelerator will strike the particle’s waves at 90 degrees to its line of flight or at some other sharp angle. Earth’s gravitons will have far less impact on electron velocity compared to those traveling parallel to the surface of Earth and in line with the accelerator. For this reason, we can assume that an equal number of graviton waves are traveling with and against the subatomic particle being accelerated.

I invite you to go to my blog of 2/2/12 if you choose to review what to expect when balls or waves with perfect elasticity strike each other.

Graviton waves traveling against the flight path of the particle act as negative forces because they impede string retraction and they impede the flight of the electron. At the same time, those waves going in the same direction as the electron in flight act as positive forces. They are the strings responsible for pushing the electron through space, and they tend to increase the rate of string cycles.

The dynamics between these two opposing forces are responsible for normal velocity of electrons in orbit, which is 2 x 10^6 meters per second. However, the dynamics between the forces change dramatically as the electron is forced to travel at the speed of light. I will continue with this discussion in my next blog. Till then be safe and in good health. Kelland—www.vestheory.com