In the previous blog, I assumed for the reasons given that graviton waves travel along the string at 10^23 meters per second. An analysis of the equation that computes wave velocity tells us that the velocity of magnon and electon waves is much less than graviton waves.
This is true because the theory holds that electons and magnons have much greater masses than gravitons, and their masses are spread over a relatively short distance in space, not across galaxies as is the case for gravitons. This means kg/m is much higher for electons and magnons, which will make their wave speed much slower. This is an important point because my model dictates that the velocity of graviton waves is greater than electon and magnon waves.
Because photons eject the same mass of electons and magnons with every string cycle, it suggests they are ejected the same distance in space. This means electons and magnons would have the same wave velocity. I refer you to the equation given for wave velocity. If the restoring force F for a magnon is 10^8 times greater than the restoring force of an electon, and if its mass is 10^8 greater per km, the equation dictates that the waves have the same velocity. I guesstimate the speed of these waves at 10^15 meters/second, which I will discuss in a future blog.
The negative and positive graviton wave forces are much greater than necessary to push electrons and photons through space. I will discuss this in my next blog. Till then be safe and in good health. Kelland—www.vestheory.com
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