Re: is the magnetic field really moving?

In article <g8vv5j32pgd@[EMAIL PROTECTED]
>, phil-news-nospam@[EMAIL PROTECTED]
 
wrote:

> 
> I believe his [salmone] question is equivalent to the question of
whether a conductor
> that is in motion through space can tell whether the magnetic field that
is
> crossing it perpendicular to its motion is there as a result of a very
long
> magnet (imagine billions and billions of bar magnets attached side by
side)
> that it is moving beside, or the result of a single magnet that is
moving
> with the conductor.  In both of these cases, the field intensity would
be
> the same for the conductor over the time of its movement.  If this
conductor
> is perpendicular to both the vector of movement and the orientation of
the
> field, will a charge be induced in both cases?

My question rephrased is simple:

At non-relativistic speeds, what experiment, gedanken or real, can tell 
whether a symmetrically fabricated cylindrical bar magnet in a 
laboratory is spinning about its axis or not?

Bill