Magnetic Experiment Confirmed!

[teslaalset]

teslaalset,

What did you use as an insulator? If you use something like paper or even wax paper then you might get at least a few millivolts.

... wait a minute. My meter when in 20Mohm Rin mode got 35mV, but some meters have only 1 to 2 Mohms Rin. One of my harbor freight meters is like 1Mohm. In that case, you should get a bit over 1mV. So maybe your insulation has to much resistance.

... Or maybe your metal washer is different. What kind of metal are you using? What type of magnet?

Thanks,
Paul

Paul, I used a Neo magnet 15x15x8 mm (quite strong!) and a iron washer of 20mm diamter. My paper was just ordinary dry paper of a notepad.

I think it's also possible to stack a few magnet/paper/washer combinations to build up higher voltage. I'll have it a go myself....

[PaulLowrance]

Have you read about the Linden experiment performed by Paul Baumann, the creator & inventor of the famous Testatika "free energy" device.

http://rimstar.org/sdenergy/testa/lindenexp.htm

Baumann showed 700 volts from the experiment that's on the same order we're doing, except a bit different. I really think this is legit, and IMO the electrochemical theory is out the door (read my recent experiment on moving the magnets around on different locations on the paper, and even flipping the magnet to other *unused* side.).

Baumann knows something we don't, the small final secret that bumps up the current. Getting good voltage levels is easy. The "free energy" community is almost there!

Here's a quote from that page,

+++++++++++
The two engineers asked Vatti how the machine was working, and he started to explain the "principle." He said that in Nature, there are very fine particles and all going at random (fluctuation) and at an incredible speed. To control and have an advantage of this fact, one must find a means to "rectify" the flux.... He took a U-shaped magnet from the drawer and asked ____ to wind a normal installation wire on to the middle of the U-shape (Fig.1). The ends of the wire were kept at a certain length (____ said, maybe 3 feet each.) The  very ends were stripped off the insulation and galvanicly connected, thus forming a loop. This was placed on the table (what was underneath?) (Fig.2). Paul Baumann took two small metal plates and put them together with some paper in between (Fig.3) This was like a flat capacitor. Now he placed this "sandwich," holding it with his fingers in the "jaw" of the Magnet, i.e. between the poles. After a short trial to find the best position, he asked the engineer to put the probes of his voltmeter onto the plates. ____'s surprise: there was a voltage of 700 volts indicated! P.B. said, "When you understand this, you know how it works. This is just the beginning."
+++++++++++

This is amazing. IMO this 700V experiment is legit. I'll try to replicate this if the parts are available. It's too bad this highly spiritual community that has the Testatika does not want to give the details of this technology because they're afraid humanity will use it for destruction. I disagree, this technology is the cleanest, green, reusable energy source known.

Paul

[PaulLowrance]

Here's another experiment just done where the NdFeB magnets were switched with large Ferrite magnets. The same type of 5 mill white paper was used, and used electrometer to measure voltage,


First, 30mV. Remained relatively constant except with a *slow* decline.

Reversed the clips to see if the voltage flipped: -10mV.  Remained relatively constant except with a *slow* decline.

Reversed again: 9mV.  Remained relatively constant except with a *slow* decline.

Reversed again: -8mV.  Remained relatively constant except with a *slow* decline.

Reversed again: 2mV.  Remained relatively constant except with a *slow* decline.


As you can see, the polarity reversed, and with each reveral of the probe clip leads the voltage reversed, and also the voltage decreased by noticable amounts each time. So far this matches the diode & piezo behavior.

My best wild guess is that the NdFeB PM's are ~~ 5 Tesla, and the Ferrite magnets are ~~ 1 Tesla, but that could be way off.

The Ferrite magnets are rectangular, measuring 1.85 x 0.96" and 0.39" thick.


Regards,
Paul

After letting the above ferrite magnet experiment sit for awhile undisturbed, I just tested it, and it's up to 63mV. 

Paul

[Cherryman]

Hi teslaalset
I use multiple paper layers the mV goes down
I don't have any wax paper

Hi Cherryman
I tried it with a leaf    180 mV 
The problem is a leaf will deteriorate.
I don't take sugar  so I will have to get some from a neighbour,
if you have any more info please share.
cat

I'm sorry i don't have more info. I was just thinking a little along.. outside the box..

As paper is made of wood... so it might be in a thing like celstructure .. 
Or crystals .. sugar

Maybe it is the water..   Then you have to take in count the air moist level at your place of experiment!  That could explain even some minor regenerating..
On the other hand.,. it doesn't explain the plastic reading (Unless there was a high air moist level)

Anyway.. I will follow this topic with intrest.





* philosophical mode :  When you think of it..  creating free energy is almost like creating life...  *

[PaulLowrance]

Well this is interesting. Another experiment, took metal two bolts (steel, magnetic), placed them together separated with white 5mill thick paper. These bolts were used in previous magnetic experiments, so they have some residual magnetic flux, probably a few hundred gauss. So all we have now is just two metal steel bolts separated by paper, and two clip leads connected, one to each bolt. The electrometer showed ~ 7mV. I took a long NdFeB magnet, 2.9" long, and 0.8" square, and placed it about 3" away from the right bolt. The volt went up to about 30mV. Then the NdFeB was moved to about 1.5" away to the left bolt, and the volt flew to the other polarity to nearly -90mV (negative voltage).

BTW, don't ever try to measure a large NdFeB magnet with metal calipers!!! I just slice on my finger about half inch wide deep cut.

This experiment is very inconclusive, and can't say it's due to the magnetic field itself. I still question if the magnetic field is related, or if it's due to magnetic field, then it's probably far more complex then we think.

It's been sitting about 10 minutes now without the long NdFeB magnet near it, and it's decayed to about 10mV. Is the magnet doing something? Is the magnet building up a stream or flow of something that remains flowing through the material for awhile? This reminds me of pyramid stuff.

I have to go clean up a bathroom counter now that's spattered with blood. Be careful with these magnets.

Regards,
Paul