A Better Analysis of the De Broglie Wavelength Relationship to the Zitterbewegung

This is the latest version of my paper on the magnetic force between Dirac particles due to the zitterbewegung, which as of this writing is version 8 and was posted late last week.  This version is more successful in getting the de Broglie wavelength exactly as a modulation of the magnetic force for both non-radial and radial relative motion between Dirac particles.

The new version solves the problem of getting a modulation that had a wavelength of half the de Broglie wavelength for radial relative motion.  It also corrects a mistake of the previous two versions, and in what was sent to Foundations of Physics as a requested revision (which was similar to arxiv version 6).  I overlooked the time dependence of the interparticle separation in deriving the preferred velocity and its relationship to the Bohr velocity.  The new version recovers the idea that there is a preferred radial velocity where the advanced magnetic force will cancel the retarded magnetic force, but it is not completely satisfying in that it requires spiral motion.

After I posted the new version to arxiv, I sent the journal an email to let them know in particular about the error in what I sent them.  I'd only realized I'd made the mistake about five days previously.  I haven't heard anything back yet about how they want to handle it, or if they're still interested, but it has only been a couple of days.  Meanwhile, the status is still "under review".