Ibpointless2 Crystal Cells

[ibpointless2]

I'm trying to do some useful things with my crystal glue cells, here's a video http://www.youtube.com/watch?v=R2X4-5q77mM


Due to the high resistance of the crystal glue cells I can't do what everyone else can do with a just a few cells, I have to do things a little different but I am able to do things. I don't see having a high resistance in the crystal glue cells as a bad thing, just using voltage can be very beneficial to the life of a cell. This document gave me some hope for my cells http://www.cheniere.org/techpapers/Final%20Secret%209%20Feb%201993/indexold.html


Some may find that charging capacitors or super capacitors to be very beneficial to their cells. If you charge capacitors and then run your load off the capacitors you can have all the amps you want since capacitors have a low internal resistance. I think we would fair better if we charge capacitors instead of hooking our load directly to the cell itself, once the capacitor is full you can remove the cell and give it some relaxation time to recover, but this is just my opinion.

[PhiChaser]

@ IB: So what is the best way to hook the cells up to a capacitor? Cells in series with the LED on the + side of the cap? Parallel cells with the - side to the cap? Parallel seems to keep pace with the cells hooked up to the cap so... I guess I need to look this stuff up huh? 

Happy experimenting folks,
PC

[ibpointless2]

@Phi


What i'm going to try to do is hook 5 cells in series and 5 in parallel for a total of 25 in a group. 5 cells times 1.3 volts about 6 volts which is ok by me. The more cells you have in parallel the quicker the capacitor will charge.


The cells are hooked up in parallel with a capacitor. The LED is run off the capacitor. The LED runs the capacitor empty and the remove the LED and the crystal cell charges the capacitor. 

[triffid]

After I logged off yesterday I added two more electrodes to the wet sponge to test .Pencil lead and another copper plated nail(i had forgotten to use a control).Copper plated nail to copper plated nail gave me a voltage  of .005.So to correct my range for the nails(.011-.005=.006 volts and then .050-.005=.045volts).Now I still see a higher voltage when I use black copper oxide nail instead of a copper plated nail.I repeatedly got 1.34 volts from the pencil lead and the magnesium strip using just tap water.Then I got a crazy idea.I wanted to see if I could get any voltage at all from dry epsom salts straight from the box with no glue,no salt sub,no water.So I filled an empty medicine bottle with dry epsom salts ,stuck a pencil lead and a magnesium strip without touching in the bottle.I got a max of .004 volts from the dry epsom salts.Already the pencil lead and magnesium strip had decided for itself what direction of pos and neg it was going to take.Something had happened at the boundaries of the electrodes to determine the direction of voltages.With no water ,no other things except dry from the box epsom salts and the two electrodes I chose to stick in the bottle.So the crystals are giving off tiny voltages all the time.When you add water and morton salt sub and the electrodes the cell organizes itself (as it dries out) into a crystal matrix that produces electricity from the vacuum.
triffid

[triffid]

Now that I know dry epson salts gives off tiny voltages I wonder what else is possible?triffid