Decay Rate of Radioactive Particles

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

Physicists have shown that the decay rate of radioactive particles is slower when Earth is closer to the Sun. They do not believe the seasonal variation in decay rate is determined by a fluctuation in temperature, for example; rather they believe it is determined by some field of the Sun.

According to VES ether theory, this field is composed of gravitons whose concentration increases the closer we are to the Sun. An increasing concentration of gravitons lowers string cycle rate and decreases the energy of the particle, which in turn decreases the rate of decay.

Once more we find evidence that gravitons influence string cycles and the energy of atoms. Gravitational frequency shift, gravitational red shift, and radioactive decay rate all show that string cycle rates decrease in stronger gravitational fields even if the number of graviton waves is equal in all directions. Those graviton waves traveling opposite to the flightpath of the electron or photon cause this effect, although it must be remembered that the final rate of the string cycle depends on the dynamics between graviton waves traveling in both directions.

In my next series of blogs, I will explain how gravitons affect the velocity of electrons and photons. Kelland—www.vestheory.com