> From: Michael Crosiar <[email protected]>
> Subject: Re: [Vo]:Relativistic magnetic fields and time
> To: [email protected]
> Date: Wednesday, June 10, 2009, 2:49 AM
> >Ok, well
> if it's axial field orientation then I would say you
> have walked right into the N-Machine paradox.
>
> >Which is, does the magnetic field actually rotate when
> you rotate a magnet on an axial orientation?
Only during changes in time of the angular momentum.
>
>
> For me I see no paradox. And yes, I have thought of the
> N-Machine a lot in this regard.
>
> >It is very difficult to prove since the only effect
> from an axially rotating magnet is a generally very weak
> electric field gradient.
The effect is much greater if the rotating part is instead the unmagnetised
material contained as the reluctance pathways in the design of the disc shaped
pole face rotor ELECTROMAGNETIC of the alternator design. In that case a
CONSTANT angular momentum pivots the spins of the random ferromagnetic domains
to produce moving magnetism external to its own movement.
HDN
