Hi Jason
We must keep trying. You said;
"First, it sounds like you are challenging the Michelson-Morley experiment. .. frame dragging would explain the Michelson-Morely result which wrongfully struck down the aether theory. Stuff about normal fine structure of electrons; what does that do? Blue shift occurs and then everything is ok."
It agrees with M&M, as did Stokes 'Ether Drag' (Michelson wrote to Bell specifically saying that), but Lodge screwed Stokes by making a relativistic frame mistake in his 1893 paper allowing in the Lorentz nonsense. Here's the paper finally posted; http://vixra.org/abs/1007.0022
Electron 'Fine Structure' Constant is 1/137th of all mass at rest, our outer 'boundary' layer. No-one knows why, or what it does.
But First; To simplify, We must first define the problem we're addressing. It's the problem M&M and all had in the 17-1800's, which SR was dreampt up to solve.;; How come we always measure light at exactly 'c' no matter how fast and which way we're moving? and, how come it crosses a given distance of space in the same time no matter how fast and which way the emitter is moving??
Lorentz and SR's solution left loads of paradoxes and won't unify with QM. There's a logical answer that's so simple we can't even see it;
The fine structure of electrons around mass (including ourselves, our planet, etc) convert it to our own local 'c' (Doppler shifting it accordingly) when it meets us.
To achieve this electrons simply do what we know they do; Absorb incoming photons (at whatever relative rate they arrive at) and send them on, into the main mass, at the electrons local 'c'. They don't give a damn how rapidly they arrived, their oscillations send them on their way at 'c' whatever!
Ergo, our main mass will always receive light at 'c', whatever speed it's crossed space at wrt us!
This also works with pure wave signal energy, where extra oscillating particles are propagated locally, as Huygens Priciple, to do the FM speed conversion job.
Background fields are allowed again, which then also explains why it goes at 'c' through space without regard to the speed of the emitter.
The dense clouds of virtual photons only exist at the boundaries between these 'infinitely many' local spaces, or 'inertial fields'. The faster the relative speed the thicker the cloud, just like in the LHC.
If you still don't see it, imagine yourself back at Junior school and read it again, closing your eyes and thinking for 2 minutes between each sentence.
This would only change the whole basis of physics forever a bit.
Best of Luck.
Peter