The Utility of the Composite Photon

I suppose that the hypothesis of my paper, that the observed frequency of a photon is the frequency of classical electromagnetic fields resulting from the motion of its charged constituents, is perceived as self-contradictory by most physicists.  If the photon is by definition the sole constituent of the electromagnetic field, as a couple of generations of physicists have been taught, then it is not possible that it can itself be a source of electromagnetic fields.  Yet this hypothesis makes possible the derivation of a photon energy-frequency relationship that is arguably more correct than the standard relation proposed by Einstein, as it provides a resolution of the spin-orbit coupling anomaly more plausible than invocation of Thomas precession. (And recognizing that the Thomas precession as a kinematic effect cannot modify energy levels, it becomes possible to recognize it as accounting for the magnetic force and its effects, including previously-unrecognized magnetic binding of charged particles, that occurs irrespective of relative charge polarity.)

However perhaps the greatest explanatory utility of a photon with an electromagnetic structure, and whose interactions are describable through classical electrodynamics, is that it can allow electromagnetism and particularly the magnetic force to account for the so-called wave character of matter, without conflict with quantum electrodynamics and quantum field theory generally.  A composite photon with an electromagnetic structure, interacting with charged matter in accordance with classical electrodynamics, obviates the need to postulate a non-classical wave character of matter, which has been shown by Bohm equivalent to postulating a new force that is of magnitude similar and sometimes equal to the Lorentz force.  Why invent a new force when a known force can plausibly do the job?