Free Energy Revealed - Magnet Battery

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@ Jimboot
There is no hurry. Either you are making a mistake in your measurements or you have made a new scientific discovery. Without more information I do not know which. When I tried this per original instructions I did not get any current flow with dry paper and the only voltage was from the leads picking up stray electric fields. But I was using a horseshoe magnet not a neo magnet. I will try it again with a neo magnet, wet paper, and plastic spacer. But I suspect it is something you are doing that hopefully will show up in the video.

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@ Jimboot
I tried a chrome plated neo magnet, piece of wet paper towel, and a plastic bag spacer. My meter leads are nonmagnetic so they are not steel. Not sure what they are. I got about 0.3 volts with wet parper and magnet. No voltage when plastic bag spacer was inserted between wet paper and meter lead. No measureable current either way.

[Jimboot]

Two, it's the floating voltage of the DMM. Digital multimeters tend to drift and may record a surprisingly large voltage if the two leads are not connected together by any low impedance connection (for instance touching them together). The semiconductors need a solid voltage to get a definite reading, even if that voltage is 0, so if you just have two wires dangling it may drift all over the place. You won't see this with a classic coil-based multimeter.

OK picked up an analogue meter today. Will let you know how I go. I am uploading a vid today with the digital meters measuring volts through plastic.

[Jimboot]

video showing charge thru insulation
http://www.youtube.com/watch?v=ygWAi0r4wOQ

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@ Jimboot
Two things to consider:

1. Meters drift on low scales, so a change in reading may be due to drifting. You need to re-zero meters often when using lowest scales.

2. Digital meters have small integration capacitor across input when measuring voltage to help eliminate noise. This capacitor can remain charged for a while after voltage is removed from leads when using low scales. You may be creating a voltage by moving leads past magnets which then remains as a charge on this capacitor for a short time. Try moving steel lead probe back and forth near magnet and see if it produces a voltage on meter when using lowest scale.

Good video. What happens if you use one of your new probes instead of your old dirty one?