Just recording a thought for posterity: I'm increasingly persuaded that all of our most basic fermions are but 'one half' of a super-gamma-level electromagnetic wave (with only energy levels differentiating their 'types'); the binding force (that makes them oscillate) that binds them to their 'axis' is gravity: in EMW form, it is spread out along the wave's length, so it is practically undetectable (but it is entirely demonstrable that gravity affects gravity, and that light (EMWs) is affected by gravity), but when an EMW gains enough energy to 'split', that gravity is concentrated when the axis becomes a 'loop' on itself.
The dynamics of this 'splitting' seems to happen (in my mind) when the EMW's wavelength becomes so compact and rapid that its 'photon' collides with itself, disrupting its forward momentum; it still tries (vainly) to continue a forward motion (away from itself), and the constant collision course makes it deviate at (I don't know what) angles, making it 'loop' around one point.
This would explain both 'spooky action at a distance' and nuclear half-life: not only does an alteration to one fermion of a pair affect its opposite 'twin', but should that fermion be absorbed, its twin elsewhere in the universe would disappear also - or it would become a lower-energy form - and the resulting atomic instability would be a matter of course.
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