Free Energy Revealed - Magnet Battery

[Charlie_V]

Yea guys this is just a regular battery.  If you piss on the paper it will work even better than water.  Now if you want to really prove that the energy is coming from a magnet, dry the paper out, or find a dielectric that doesn't hold water (teflon among a list of other plastics will hold water).  Place the entire thing in a vacuum chamber and pump it down to 1e-6 torr.  Then leave it at this pressure for a while - it should evacuate any water thats left.  Now test for voltage on the batter.  If you still see voltage, then you may have something, if you don't then its probably a chemical reaction. 

I've seen people misinterpret the chemical reaction all the time.  One guy built a small motor that spun and he thought he was tapping into an unknown energy source - it was just a chemical battery happening within his setup. 

[Tinker]

Hey Folks

I uploaded this tonight, I hope it helps keep this thread going I have enjoyed what I have seen here.

http://www.youtube.com/watch?v=kWF6UJ77vD0

Next will be the same thing using Diametric rings N42's shaped in a horseshoe like array, it preforms about the same as what you see in this first vid.

Be Well

Tinker 

[resonanceman]

Hey Folks

I uploaded this tonight, I hope it helps keep this thread going I have enjoyed what I have seen here.

http://www.youtube.com/watch?v=kWF6UJ77vD0

Next will be the same thing using Diametric rings N42's shaped in a horseshoe like array, it preforms about the same as what you see in this first vid.

Be Well

Tinker 

Tinker

Good work   



On your  video  it looked like  you  only had the aluminum channel on  one end  of the magnets ....... was there a keeper or some other  magnetic  material  there that  I couldn't see? 


gary   

[Tinker]

Gary

Just the AL channel rail, it was tight enough fit with the sticky note to keep it stable. I used a piece of ferrous NUmetal on an earlier build and it was slower than snot up hill in a snow storm and never made it past 150 MV. Then I rememered the OCCPMM and the AL dampers, it does much better.

I also tried some non-organic diametric material plastics including soda bottles an vnyl they were not much help.

I wet the sticky note once on purpose and all it did was short out the diametric material and stop the cycle.

Be Well

TINKER     

[Groundloop]

@ One & All

Has anyone read the data on the TMB @ http://www.stifflerscientific.com/tmb.asp yet?  There's a lot of good information on how to make a magnet setup light an LED!  It is very much in line with what One started this thread for as far as magnet potential.

I especially liked the part in the documented data that mentions "We did in fact perform a similar, yet reverse experiment early on, in that we saturated the cardboard with tap water under the assumption that the output would show an increase because of a greater abundance of ions. This experiment was negative, no statistically significant increase in the cells output was found. " keeping in mind the different materials and conditions used by all our different setups compared to their lab experiment.

At any rate thanks to "stifflerscientific's" web page link he posted earlier I now know it's possible to get voltage out of magnets!  I didn't think that question had been answered yet on this forum nor thought it was possible, so I guess it answered that question, can a magnet be used as a battery?   Yes it can!   

There's some discrepancy on the information between the LED circuit picture as to the connection setup but that puzzles me but probably could be answered pretty quickly by a lot of knowledgeable EE's here, Ah hum, Groundloop!  you up for a small puzzle? 

BTW: Groundloop I owe you an apology, back on a thread I mentioned I never seen a spark gap on low voltage well guess what?   I've just been proven wrong!  In the same documentation there reference to a spark!!!  In the summation there is mention of "(3)Cold Blue Arc.   When a load is connected or disconnected to a TMB cell an arc can bee seen of approximately 1/16" in length. This arc is light blue in color and not something typically seen in normal electronic circuits. The arc is wide compared to its length and is quite broad in size when initially appearing."  Wow...didn't think that was possible at those voltage ratings   

PS: Dr. Stiffler, If the above quotes or link to your site is inappropriate let me know and I'll delete them, they just seemed relevant to the issue about water in the setup and a possible magnet battery. 

Regards,
Paul

@Goat,

Can you provide a link to the circuit drawing? I can take a look.

As to sparks, I think it is possible to get sparks at all voltages. But at lower voltages the spark happens so close to the two metals and is so small that one can not normally see it.

Groundloop.