Magnetic Experiment Confirmed!

[powercat]

Thank's Jerry
If what Paul is saying is true, then the small gap curated by the paper is producing electrons

BTW I have never claimed to be any expert, and I tried to take a journalistic approach to overunity,
In the past I have learnt a lot from watching films like this one.
http://www.youtube.com/watch?v=X5sF06nBPeg   
cat

[PaulLowrance]

Hi Gyula,

These magnet experiments are just quick & dirty experiments so far, and they're not inside any metal shielding, so indeed it could be from external RF energy, but I seriously doubt it.

IMO it's either due to electrochemical reactions from the paper, or something unknown. It's not due to a simple theory such as some unknown particles flowing in the magnetic field that would cause friction on the electrons to move them because I tried flipping the magnet to reverse the field, and it did not flip the voltage polarity.

So if it's something unknown, then it's a more complex interaction. If it's some unknown particle flow in the field, then maybe it interacts with the magnet regardless of the magnets orientation, and perhaps slowly knocks out electrons in their orbit to produce free electrons, which would produce a voltage potential.

Who knows. Right now I'm playing with various types of paper. So far I don't see much change between common white paper & double sided waxed paper. If it was due to the water in paper, electrochemical, then the voltage should drop considerably in double sided wax paper, no? But the experiments show that the voltage is about the same. As far as I'm aware, the electrochemical reactions between metals & wax is almost non-existant compared to metal & paper. Paper contains appreciable amount of water.

Regards,
Paul

[spoondini]

Paul,
   Have tried with no paper?  This 10 pa thing is bugging me, I'll do some metaresearch to find out if there are any known correlations.

[PaulLowrance]

spoondini,

Yes, I tried no paper while measuring with the AM-240, and it showed 0.0 mV, but without the paper it's a short, right? So maybe I should use the microvolt meter.


If you could find *anything* in conventional science regarding roughly a 10pA constant, then I'd love that!!! I don't care even if it's derived, perhaps dividing the speed of light by compton wavelength times gravitational constant divided by this and that = 10 pA.

It's strange though. The 10pA occurred time after time in every type of tested diode. Then the big shocker was when the piezo (after it had been shorted for a long time) produce ~ 10pA. I couldn't believe it.

And the 10pA is shown in other experiments such as Tom Schum. For example the Rz resistance of his 1N34A diodes is ~ 50Kohms at room temp, so the predicted DC voltage from his 32 x 32 1N34A diode array is 50Kohm * 10pA * 32 / 32 = 0.5uV DC. Well would you believe that the average DC voltage Tom measured was 0.57 uV!

Another example is the THz diode array chip Tom measured. Tom measured Rz at 2Mohm, so the predicted voltage is 2Mohm * 10pA = 20uV. Tom measured 15uV on this THz diode array chip!

Same thing is found in countless of my own measurements.


BTW, ss there anyone here who's good at chemistry? Koan's know's a lot, but he doesn't seem to post much anymore.


Regards,
Paul

[Magluvin]

There must be some type of current flow through the paper, etc.
I wonder if you just stacked magnets with an insulator, paper, between each if that would increase the voltage potential, and maybe just eliminating the washer.

Magluvin