Free Energy Revealed - Magnet Battery

[resonanceman]

Paul,

The image is not good so it is almost impossible to see the setup. The image does not cover
the circuit on the experiment board fully so it is hard to tell. I made a little drawing but I think there is
two "battery cells" in series in the middle part between the magnets because I can see more than one wire.
In any case, the circuit drawing under the image is NOT the same as the actual setup because one of
the Sn-plates is attached directly on one of the magnets.

G.

Groundloop     

do you have  values for the cap and  resistor? 

Also ....  what  does  SN stand for referring to the plates   



gary

[Groundloop]

@resonanceman,

I'm not the creator of this cell. I was asked by Paul to try to interpret the image to see if the circuit drawing was the same as the actual circuit. It was not. If you look at the periodic table, Sn is Tin.

Ref: http://www.dayah.com/periodic/Images/periodic%20table.png

[EDIT] The capacitors are 1uF. By using image processing I got the resitor to be red, black, brown = 200 ohm.
          (The resistor value is a best guess at best because of the poor image quality.)

Groundloop.

[Rusty_Springs]

Hi One
What your showing is good, I was doing the same with water, iron and a coiled wire, I wraped the coil around the iron and put it in water leaving one part of the coil in the water the other out and I touched the part of the coil out of the water and the water when my meter to get my reading, I was getting a reading until all the water went but all I had to do is replace the water and off it goes again at the same volts amps, I gave up on it because I didn't feel that it would match batteries we have now for volts.
Take Care One
Graham

PS I have no idea why Archer was even brought into this convo

[Goat]

@ Groundloop

Thanks for your time looking at this circuit, I could see that the picture and the TMB stack schematic didn't agree but was having problems also trying to see how everything was hooked up, you cleared up a lot.  I was also having problems with that little black and chrome thing on the inside plate, it does look like a button battery, perhaps it is.  Much appreciated, especially taking the time to figure out the values for the cap and resistor, good work   

It would be nice if Dr. Stiffler could clarify the discrepancies but I'm sure he's much too busy on other projects, it was nice however for him to point this device out though.  I would've never thought someone could draw electrical power out of magnets like this, all the other setups usually use coils somewhere, except for the Faraday disk.  What's interesting about this one is nothing moves and no outside power being fed into it, according to the experiments throughout the document, very intriguing.

Regards,
Paul

[Koen1]

Ok guys, so what's the deal now?

Does it or does it not work with plastic or other isolators that do not absorb moisture?
I ask because One claimed it did but nobody seems to have used anything other
than paper...

And can anyone come up with a better explanation than the Leedskalnin nonsense?

Seems to me that it is indeed "just" a galvanic battery, as was already mentioned a few times...
The use of aluminium instead of iron for the "keeper" seems to confirm that. As does the
need to wet the paper in the cases where that is used as "dielectric" (although wet paper does not
isolate as well and is quite a bit less dielectric) material...