@Broli
I put three ferrite beads on a wire and it still seems to produce the same voltage. I could not run it as fast because the added weight causes the centrifugal force to pull it away at high RPM's but it was producing about 15mv at about half the RPM that I was getting 30mv.

So it still moves electrons but I did not do a current test to see if this increases the load because I would need to make some changes to get a better test setup at this point.

Quote from: lumen on May 16, 2009, 12:31:19 PM
@Broli
I put three ferrite beads on a wire and it still seems to produce the same voltage. I could not run it as fast because the added weight causes the centrifugal force to pull it away at high RPM's but it was producing about 15mv at about half the RPM that I was getting 30mv.

So it still moves electrons but I did not do a current test to see if this increases the load because I would need to make some changes to get a better test setup at this point.

Thanks for the information. This is quite interesting. Because it begs the question whether the same would happen with good old induction. That is having bunch of windings and a changing magnet field. Would putting beads around the windings decrease the induced voltage? Can you somehow test this please?

Edit: Do you also by any means know the relative permeability of your ferrite beads or their ferrite type number?

@Broli
It should be a simple setup to test this concept. It's too bad this wasn't two weeks ago when I was trying a similar test.
I will get out the rotor I have with 4 magnets on it and spin it up, connect a scope to the wires with the ferrite beads, get some readings then simply smash off the ferrite beads and test again on the same setup.
This should show any changes.

Here's a must see video.  Most of us have probably seen this video a time or two.  I posted this for BWS to see cause he's a newer member (Welcome).  There's not a need to discuss this video, since the discussion has already been disscused prior to this, but just in another form.  I post this cause it does something to me, it represents what we're trying to do here, and is nature at it's best.


Dolpins playing with bubble rings:  http://www.youtube.com/watch?v=TMCf7SNUb-Q

That video is fantastic!  Apparently there are many such examples on youtube.
@Broli,
I'm sorry to post any comment on this for being diversive, but I would simply like to point out 2 things there, first that there must be a torroidal current in the water that is stable and keeping the bubble stable (probably making a magnetic field loop around inside the bubble), and second that a bubble ring on a vertical axis rises normally while a bubble ring on a horizontal axis does not rise at all showing further anomalous action perhaps suspending gravitation.
-BWS