Hi Ryan, I see you are very interested in my writings and I am honored. This highlighted section is obviously just a hypothesis, and is not proven. But it is what I think is going on.

Einstein's General Theory of Relativity shows how gravity curves spacetime and how that affects bodies in space. But, no one has shown how subatomic particles create gravity. In my mind, the wave function should include the mechanism for this, but the Schrodinger equation does not include gravity or the the curvature of spacetime.

I am trying to write a follow-on paper to show this but I am bogged down in the math. Maybe I should just leave the math to the reader.

An example of a standing wave in physics is a vibrating string anchored at both ends. Only certain wavelengths can vibrate depending on the length of the string. I am saying that an analogous thing is happening to create mass for a subatomic particle. My idea is that: The particle wave is interacting with the Higgs field which acts as a barrier to the wave preventing it from traveling at the speed of light like photons do. This causes a curvature in spacetime resulting in the particle wave having mass.

I hope this helps. Feel free to ask more questions if you want. I think I might use this answer as part of my next article.

Regards,

John