Energy in a sea of graviton waves

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

The question is what is their in the vast space around us that provides a source of energy that modulates the velocity of photons and electrons, and modifies the string cycles of these particles. The obvious candidate is gravitons as mentioned in the previous blog. To accomplish this task:
• There must be a vast concentration of gravitons in the space about us—a veritable sea of gravitons.
• Gravitons must transmit energy in the form of transverse traveling waves.
• Graviton waves must transfer energy to the electons and magnons associated with subatomic particles; i.e. photons, electrons, and quarks.

I previously discussed the idea that photons and electrons might make as many as 29,979,245,900 electons (about 10^10) in every string cycle. Because these strings have virtual properties, they only last for a brief period of time. If the string cycle frequency of the particle is in the neighborhood of 10^15 per second, then it must make and retract 10^10 electons in this period of time. Now, if we assume that the same number of gravitons are made in one string cycle, but exist for a full second, then a single electron, photon, or quark would contribute 10^25 gravitons to the space about the particle at any one time. This number is again magnified because all the stars and planets in our solar system, and all the stars and planets in our local cluster of galaxies contribute to the sea of gravitons surrounding Earth. This huge number forms a dense fabric of elastic strings that occupy the ether about us. This is not true for electons, magnons, and gluons because they only extend a limited distance in space, and they only exist for a very brief period of time. For this reason, we can expect graviton density to be at least 10^15 times greater than electon density, and 10^25 times greater than magnon density.

The concentration of gravitons varies greatly. For example, gravitons emanating from Earth are about 1000 fold greater at Earth’s surface than the concentration of gravitons arriving here from our Sun, and even fewer gravitons are contributed by the Milky Way Galaxy. However, the number of gravitons arriving here from outer space is huge even if Earth’s gravitons overshadow them. We can say without doubt, there is a sea of gravitons oriented in all directions forming a dense fabric in space. I believe this is why I was able to show that a spinning table tennis ball continues to curve in a vacuum.

n my next blog, I will discuss graviton waves. Till then be safe and in good health. Kelland—www.vestheory.com