Crystal Power CeLL by John Hutchison

[Pirate88179]

Ian:

I hope you get to feeling better.

Bill

[mrbr00k5]

@Everyone

Get well soon Ian! Hang in there!

Hi, just thought I would report a cell I recently made. Even failures teach you things...or so I've heard. Basically it was an aluminum container, with a carbon rod electrode. The ingredients were concrete and plaster of paris, a dash of silicon carbide, a little bit of ruby corundum, some black tourmaline, and a bit of pyrite, along with some crushed emerald. It did well. producing 1.67 volts, and 0.9 milli-amps the morning after I made it. I put a 1 k-ohm resistor on it for 24 hours as a load, and then took it off for half a day to let it build back up. I took a reading, it was about 1.2 volts. Then the next morning. Bing! Totally dead, not a single millivolt, nothing. Very strange that it would quit so completely and quickly. Anyway I'll investigate, good luck everyone!

[mscoffman]

@Everyone

Get well soon Ian! Hang in there!

Hi, just thought I would report a cell I recently made. Even failures teach you things...or so I've heard. Basically it was an aluminum container, with a carbon rod electrode. The ingredients were concrete and plaster of paris, a dash of silicon carbide, a little bit of ruby corundum, some black tourmaline, and a bit of pyrite, along with some crushed emerald. It did well. producing 1.67 volts, and 0.9 milli-amps the morning after I made it. I put a 1 k-ohm resistor on it for 24 hours as a load, and then took it off for half a day to let it build back up. I took a reading, it was about 1.2 volts. Then the next morning. Bing! Totally dead, not a single millivolt, nothing. Very strange that it would quit so completely and quickly. Anyway I'll investigate, good luck everyone!

@mrbrook5

Those numbers sure are excellent...What was the water situation
in the cell? Was the cell environmentally sealed?

---

Also someone should figure out a way to do the DAS thing of
adding semiconductor IC silicon chips as a booster. I mean, a way
to get the chips without having to tear used CPU IC's apart. Does
the circuits do anything, does the dopants do anything? Does
the tendency of the large flat chips to partition the cell do the
deed?

---

hint:
Water is ionizing which will lowers the internal resistance in the cell.
And water allows reactions to go ahead which drives ion voltage and
current...ions could short out the cell too, if they are not driven. Then
the reactants run out, then the cell containment starts to corrode.
Then you need to go to the drug-store to replace them.  Cement cells
can absorb the water they need from the air but probably will corrode
their electrodes too in the long run.

Open cement cells;
http://www.youtube.com/watch?v=FGdpa3GKN34

---

[das aloda bullspit]

Hello to all im back sorry i was on holiday but now im back. i left my power cells alone in a metal lead box and they are all stable with no water cement or p of p they all use a mixture of titanates semiconductors rare earth metals pyroelectric materials and other piezoelectric or silicate materials along with semiconducting rods and bismuth selenium manganese boron gold ans silver and synthetic gem dusts in some its strange that yours mrbrook have staopped working  xept your silictae cells  all mine use some form of silicate i alsoused (you gonna fink im crazy) caesium  albeit a minuta amount  didnt do much my cpu cell and  silicate  cell are still working along with another of my bismuth galena pyrite silver nitrate b.titanate cells i had an idea whilst on hloiday i know a kid thats dad gets all of the stock from bust companies and sell it on he has lods of cpus and i baught all of them and at the moment i m thinking of putting them together on plates one ontop of each other to form astructure and connecting all the wires from the pins to a central post made or bismuth or silveror anything else  its doing quite well only 10 ccpu plates in and its upto about 1.32volts and hanging there if i do it right i may be able to fit in 50 to 80 in one cell i can cos ive worked with microcircuitry when alot younger about 14 its abit more like johns early giant glass quartz cell he made but different and quite good it holds at about that level i havent opened them up and i have shielded them from the outside electromagnetic fields vian.......chip bags its quite good ut not as good as you guys so enough about me have any of you made any discoevries or have any advice to give to me have any of you tried connecting all of your working cells together and seeing if the voltage rises/ also at mr brook 5 .5 volts with your sand and silicate mix was pretty good does it hold around that voltage? have you tried adding copper oxide or a semicondutor to it i find it helps sometimes even if its olnly like .01 volts difference its a step forward i like what you are all doing keep up the good work also get well soon ian

[das aloda bullspit]

@all
I have tried the diamagnetic cell and its quite good actauly its settled around 0.94volts its decent it went down a few times also my silicate cells are all iong well and my cpu wafer aluminium plate  cell is quite impressive its around 1.27 volts and hangs there  almost seem that cpus can work aswell also i got an old battery that had crystalzed its an very old one and i got the crystaline flakes i noticed something it looks alot like johns self crystalizing mix its verry small microcrystals and when its was melted i polarized it for 5days guess what added a piece of galena in one and zinc in the other no water included and they both have around  .5 volts i added a few ingredients and good thing wass it still formed like microcrystals  and they were verry stong  i think thats pretty good  and mr brook how are your sealant mixes doing at the moment do you think its a galvanic reaction am i going in the right direction and mr middleton how are you and your cells going have you got that bismuth? wish you well verry best
                         
......B.......