Alan,
I greatly look forward to reading yours. I never did subscribe to 'point' particles, Hilbert space or 'space-time' as an entity. Have you done any new 'direct experimental tests'?
I'm sad mine looked "less clear and simple" but all new concepts first will!
It really IS simple and I hope you'll look less quickly & help to falsify it. Look at this short video, 100 second video Classic QM & non-integer spin, but in a nutshell;
1. 'Pairs' have random (x,y,z) but parallel polar axes, and each the TWO (Maxwell curl/linear) states, inversely proportional over 90o as I show.
2. A,B polarizer fermions have the same or opposite axis subject to setting angle.
3. Momentum (as known), so exchange varies by Cos theta 'latitude' inversely for each state (equivalent to rotational velocity distribution).
4. An amplitude varying with (x,y,z axis) angle hits orthogonal photomultiplier channel (fields again! but charged). The Cos angle distribution repeats (so Cos2). High energy at any angle = *click* low doesn't.
5. Click rates are then 'collated' and misinterpreted! Diracs 4 'spinor' equation and offset Cos2 plot is reproduced. CHSH >2 and 'steering equality' >1 so closing the so called 'detection loophole'.
My experiment (see photo's & end notes) confirms it. Also see Declan Trail's short essay with a perfectly matching maths code & plot!
Re-emission is always at fermion centre of mass rest frame. Speed c is thus localised by ALL interactions! SR is then implicit (though not quite as present misinterpretation).
I was counting on your help. Initially to falsify. Do ask questions.
Best
Peter