KR
I also am focused on a Theory of Everything. I saw the first pages of your book. When and Where will your book be available?
We may have similar thoughts.
The development of my model to date is found in STOE correspondence to general relativity and quantum mechanics.
The STOE paper has links to other papers that discuss many other topics.
I follow Newton who speculated that light was a corpuscle that moved through a medium (ether, I call it plenum after Descartes). The keys are the capsule movement in the medium causes a wave (the rock), the waves travel faster than the corpuscle ("overtake" according to Newton), the wave then directs corpuscles. General relativity calls the meduin "space" or "gravitational ether". Matter curves space and space directs matter - sound familiar? SR or the Lorentz ether theory dictates no matter travels faster than light (photons). The plenum is not matter, like water is not rocks. The speed of the plenum wave can be a million time faster than matter. That explains quantum entanglement as a wave resonance effect. Measurement devices are matter. They require matter impacts.
What is between your FTEP spheres? Does it have any properties. You say FTE waves. What are they waving in?
The paper photon diffration of light explains my version of interference.
I have a few questions about your FTEP (my 'hod'). I think the STOE model of interference needs improvement. I think this must come from the interaction of the wave and masks. Well, more thought.
Neither Newton nor Einstein liked "action-at-the-distance" and neither do I. This is why my model has action-by-contact. I cover this in my book and my entry (section 2) in this essay contest.
I reject the "Principle of Fine Tuning" and have a replacement - see my entry (section 2). This principle is replaced by a negative feedback loop principle that also calculated a theoretical universe temperature of 2.718 K very close to the CMB 2.725 K. No other model does this.
I started from the big and worked down. 3 of my 2006 predictions have been found in 2011.
Do you have plans to examine the big of cosmology?