Confirming the Delayed Lenz Effect

[gotoluc]

@ Luc

we do agree

it has negligible eddy currents in one direction and normal eddy currents in the other.

i'm googling away, trying to find an explanation.


atb,

DC.

I'm wondering if it would do the opposite if he was in the opposite polar hemisphere?

Doesn't a drain water vortex change direction depending in which polar hemisphere you are in? ... if so, why would water be affected by a magnetic pole position? ... eddy's are also in water.

Interesting stuff

Luc

[synchro1]

This video of skycollection's reveals the construction secret he now maintains is proprietary: The coils face the same way and are wired in parallel:


http://www.youtube.com/watch?v=Jf0DTLVclZI

[DeepCut]

@Luc

The water down the drain thing is a myth, the spin direction depends on initial conditions and even a minute difference in force affects the outcome.


atb,

DC.

[PiCéd]

The last test of J.L.N:

http://jnaudin.free.fr/dlenz/DLE19en.htm

In fact, the distance into the coil and the magnet is important to have the delayed Lenz.

[DeepCut]

The copper ball and neo ball expermient showing negligible eddy currents in one direction should be done on a more stringent testbed.

Hand-spinning the magnet, we're not even sure which way it's rotating in reference to its own axis.

Intriguing though, maybe there's some unusual property of spherical copper ?

I'll try a similar experiment with my single-magnet diametric setup and a large, coppper coil.

Unfortunately i don't have a copper ball or even a large mass of copper.

I must message him to find out if the ball is solid or hollow.


atb,

DC.