gotoluc

Thanks cody for posting John Bedini's demonstration. Never seen this video before.

I looked at it a few times as it's very interesting. However I wasn't able to use any references for comparing energy in his battery to energy if could supply. Too bad John didn't just connect the bulb to the power supply to show how much power it drew at 3 volts to help confirm his 1 unit of power in for 3 units of power out claim. The second time he charged his battery we can see it drew a little over 2 amps at 3 volts. I'm not sure how many amps a 3 volt flash light bulb like he used would draw .

Also, it is unclear if he is growing the crystal surface in regular battery acid or is it done in the Alkaline water solution?

Interesting stuff none the less Thanks for sharing

Luc

Thanks for the replies Matt

I guess in a humid conditions (rain) the environment becomes resistive to a capacitors. I wonder how they would perform under a vacuum

Thanks for sharing

Luc

Just saw your video Inquorate

Shows a similar effect

It reminds me of a test that I did with Dr. Stiffler's first SEC connected to my HHO cell. I could drain the water from the cell and let it dry and refill it with new water and it would still show a charge of 14vdc or more.

Thanks for sharing mate

Luc

Thanks guys for starting this new topic

I saw your new video Matt and have a few question.

You charge the the three 100v rated 1000uf caps in series which will have a rating of 300v and around 333uf connected in series if I'm not mistaken.
It looks like you've been charging them to a maximum of 212v with your dual coil Energizer.

Question 1:

To what voltage will the caps recover to if you discharge them from the 212v and don't re-connect them to the energizer output?

Question 2:

If you use new capacitors that have not been charge by your energizer and do the same test, to what voltage will they recover to?

Thanks guys for taking the time to share your research and work

Luc