Re: Again: Rotating magnetic field

On Sep 19, 5:10 pm, Benj <bjac...@xxxxxxxxxxx> wrote:
On Sep 19, 11:19 am,xray4abc<lemhen...@xxxxxxxx> wrote:

(Moving the loop around the magnet did show induced voltage)
Then, I highly doubt all explanations based on the external wiring
role.

As it turns out, once you have a loop with a front side (the disk) and
a backside (the wiring) you find that the voltage of the backside will
equal that of the frontside moving through the field. Because it's a
line integral around the loop the actual shape of the loop makes no
difference. This is why you can't resolve this question with loops!
You have to use another measurement method like say electrostatic
ones.

Yes, I have thought of that too.
I will do some experiments of that kind soon.
Yet, I doubt that I will get anything significant, except for maybe a
very small
voltage due to centrifugal forces.
I have a totally new idea of what is happening when
electromagnetic induction takes place in a conductor.
It is not a matured idea though, so I won't explain it yet.
Anyway, I can see a common ground for the 2 electromagnetic
induction effects ( that is by flux cutting and by flux variation).
(I know that you have similar interests and enthusiasm
with me in this direction, plus you seem to be a very reasonable
person, so we might keep in touch !)
Best regards, LL
.