Crystal Power CeLL by John Hutchison

[infringer]

hutchinsons antigravity lab is being sold on ebay...

I contacted the hutch and chatted with him asked him for info on the crystal cell technology he did not respond but last I knew he was midway in a deal with selling them to some company...

Anyhow he replied all of his current time he is dumping into the gulf oil spill.

So it don't look like we will be hearing to much in the ways of antigravity or crystal cell technology.

Who knows if more folks email him we may get some info search him out on ebay and ask him for help on replicating the crystal cell...

Maybe with enough interest expressed we may get the help we need.

[rock321]

Hello Everyone,

So I made another cell and hooked them in series. The dimensions of the two cells stacked on top of each other is 1.5 inches x 1.5 inches. I have a 1.7 volt Red LED hooked up and I'm doing an endurance experiment currently. I expect the energy to flow for several weeks before any significant degradation occurs. I'm pretty positve that this battery can be scaled down much smaller than this and should be able to triple the voltage.

That's the next experiment.

Blessings,

Littlechristgod

[Mk1]

@all

Interesting , it seems to show the galvanic issue is important , but to be sure i would try copper on copper but one of the plates oxidized i think you can heat treat them or chemical oxidation , but the idea is to make it work like a diode ,  home made diodes are made by sending high amps into the battery until one of the plated is oxidized , i look like Hutchison ...

Look http://www.youtube.com/watch?v=C6TcJAb5jZM this could explain the reason for the voltage input .

I you put magnetic reactive crystal that change shape with current (don't remember the name of that one) and also crystal that give voltage while under pressure like rochelle salt then we may only need a small galvanic current the generate movement convert it in pressure then volts .

This is 2 things one idea but also speculation on the way it works ...

Mark

[mscoffman]

Hello Everyone,

So I made another cell and hooked them in series. The dimensions of the two cells stacked on top of each other is 1.5 inches x 1.5 inches. I have a 1.7 volt Red LED hooked up and I'm doing an endurance experiment currently. I expect the energy to flow for several weeks before any significant degradation occurs. I'm pretty positve that this battery can be scaled down much smaller than this and should be able to triple the voltage.

That's the next experiment.

Blessings,

Littlechristgod

Hey Rock, That is pretty darned good! One possibility is to use a flashing
led to give the battery a rest now and then. You already have something
that could be a product IMHO. There is a product called castolite that is
a lucite like plastic, if you could cast the battery and flashing led inside a
clear casolite block and if the led will flash for a very long time you would
be able to make something interesting to have. A normal carbon/zinc "D"
cell can cause a led to flash for about a year (eventually the c/z battery
would probably turn green or something from ionic corrosion). A true crystal
petrolithic cell should be able to do a lot better.

:S:MarkSCoffman

[Rigel]

Hey Kids.
just alittle update.
I've produced 3 batteries based on a cement model I saw on youtube.
one of them contains only cement.. so:
     100% quick dry cement
     anode: Aluminum can (just the first inch of can from the bottom)
     cathode: half inch cut of copper pipe.
it is producing about 1 volt DC (2 volt AC) at 10 mA charged and 5 mA uncharged
  Note: it takes about 1 minute for the charge to decrease to 5 mA but then it wont go down further, roughly 30 seconds without a load to increase again to 10 mA - the voltage is consistant.

for the next two cells the mix is as follows (roughly):
     50% quick dry cement
     25% crushed up quartz crystal (fine grain through to pinhead sized)
     20% crushed up Magnets
     5% baking soda
on average these two each produce about 1 volt DC or 2 Volts AC at 50mA

when making them, I mixed the ingredients with the dry cement mix added in the appropriate water and then let dry and harden.
although the amperage is not very impressive the key thing to remember is that each quartz cement cell cost less that 50 cents in materials to produce.
making a few hundred is thereby and option.
or throw a few thousand in the wine celler and you're set..

My next set of action is to make a few and arrange them to power an LED continuously, to see if they'll hold out. I'll also try some other mixes.

Cheers!