>
> electric field is: E=F/Q2=-kQ1/R^2 and if it's waving then dE<>0 and
> if so then dE is proportional with dR or dQ1; dE proportional with dR
> makes polarized light not spreading equally in every direction while
> dE proportional with dQ1 makes the true light wave spreading equally
> in every direction. therefore speed of light is more like c=d(Charge)/
> d(Time) and it sort of stands for resistance towards the absorption of
> the variations in the electric charge of the emiter//otherwise with
> superconductivity speed of light is infinite.