Dear Malcom,
I've been thinking about your proposal, primarily, I admit, because of its similarity to my own (crude) proposal. While I'm neither a physicist nor mathematician, I think I've identified some crucial issues that you should consider. BTW, your paper is very well done - I apologize if I seem to be rudely critical. I'm just trying to use my limited abilities to assist you in what I think is a valuable work.
As I understand, for the recognized wave state, it is location of the fundamental element that is being waved during its self-propagation. Conversely, the localized, stationary particle state does not propagate: instead, it exhibits the quantified characteristic of mass.
It would seem that if the particle state duration were infinitesimal in relation to the wave state duration that the linear propagation of photons would not be distinguishable from the propagation of quarks.
As a result, I suggest that the oscillation of particle-wave state manifestation is completely separate from the wave state only oscillation of localization or its self-propagation.
I completely agree that the particle-wave state manifestation conserves initial emission energy, converting it to and from kinetic and potential energy manifestations. This is, I think an absolutely critical 'discovery', although I have no idea whether it is original or not.
I certainly don't understand much about these issues, but I think and hope I can assist you in some way. Please review my (crude) essay (link below), if it is at all understandable. Obviously, I am not in a position to advance these concepts, but I hope you might be.
Sincerely,
Jim
Digital-Analog Duality Produces Mass Reality by James T. Dwyer