Authors: Hans Detlef Hüttenbach
It is shown a.o. that a gauge invariant scalar (classical and quantum theoretical) electrodynamical field is a trivial field theory; in fact, it is shown that a non-zero scalar gauge field will not be charge/mass conservating, unless it is zero. The classical action of a flux of charged and neutral particles is calculated. It is shown that this action is a spinor field $\Psi$ which satisfies $\Box \Psi=0$, i.e.: the action of neutral and charged currents of particles spreads at the speed of light, a result which was already shown in Part1 of this paper by other means. The fact that both solutions differ only by a constant factor $\gamma^0$, suggests that electromagnetic and gravitational field are of the same nature. Now, why is the gravitational force so much weaker than electromagnetic one? A hint can perhaps be given with Part2.
Comments: 5 Pages. Misspellngs corrected, two formulations smoothed.
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[v1] 2013-08-27 12:42:31
[v2] 2013-08-28 07:26:09
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