Crystal Power CeLL by John Hutchison

[wintermuteai1]

@mscoffman
Thank you for that information, very interesting indeed.
It makes me wonder if there is some interconnecting link "They" want kept secret and under wraps. Seems as if we are all on to something when people take such steps to cover it up.

[das aloda bullspit]

@ all just wondering if you guys have made any cells that are close or are true crystal power cells without using chemical reactions i know i haveas all of mine relied 0n no galvanic reactions maybe at the start like yours probably did and soory to inform you but my ion induction heater has shook itself to pieces imean it. id like to hear from what are your best and cheapest methods for reliable cells and also i would like to know what a crystal cell is exactly and if i am going off track with my ingredients
one cell of mine
salt of manganese
Bismith +rod ( or add to the mix and use copper rod )
m.a.ps (i use dhtis in the first variant of this cell)
boron and neodynium
Barium titanate
sodium silicates didnt use hardly any of these like pummice clinker and other rocks
ochelle salt  ammonium or other
alum ,germanium (if youve got it)
gallena, pyrite,bentonite, or other rocks with properties similar to this or closer to these  and a tourmaline powder of thickness of 10um(nanometers)
i get out all possible water and put into a charge woth a high electrstatic field or not with magnets or not.it may not work these are different for each cell unlike hutchinson im telling you the exact components  but some may be two cells with different compositionds but same materials experiment with these a little as i still am your cells ou d more economical and better all round than mine ..UPDATE my cup cell is on its 10th cpu plate it has nearlt doubled in voltage from.4 volts to nearly 1volt this is promising and a economical addition to these cells as these use no reactions these cpus are fromold apples and windows and ibms its verry interesting as it seems this garge is coming from nowhere and it also quite stable and  is similar to rieds and hutches cells as it does need time to cool when shorted aswell as it needs to charge maybe its the shotring that conditions it by heating it up and passing t own voltage trough its self and  so forth this is still in its experimentalstage and when its done it will bepowering one of my 120 clocks or watches i got from zack not all of them at onec  tough that would be silly

[das aloda bullspit]

so whats everybody upto and how are the cells at the moment?
Ive been using more simple ingredients for a new cell here it is

Barium Titanate 2-3g
Borax enough to get it to stick no more no less or water glass or a lower melting  binding substrate
palladium  powder1g
Niobium powder 1-2g
neodinyum crushed magnets optional works a bit better
Guartz 1mg
germanium 1-3g
tourmaline this is optional aswell as i know you use it
bismuth rod highly diamagnetic with the exeption of ununpentium witch is negligable
Aluminum as the tube as always:)  this is a basic cell  and i have many more types that get a hell of a lot more complicated than this one what has been yhe best ones youve made and are theystill working can you tell me wht u used to make them and other info the cell mix should be quite good experiment with the voltages and the mix as this is not set in stone
all of you have you made any ried cells and others idf so tell me whats in them also how arte your new cells going @ALL

[mscoffman]

@Das

Interesting; you are using lots of metals and semi-metals in your
formulas, which can enhance conductivity. You must be using Voltage
and output Currents as goals. So, what are you getting? I can not see
those ingredients as contributing to ions, so you should be good from a
long-term voltaic standpoint.

How often do get failures? and do you attempt to re-use any failed
material? Having robust formulas that could accept some variability
in filler material might be a good goal as well, as long as you stick
away from ionics, reactions and => corrosion.

:S:MarkSCoffman

[mrbr00k5]

@all
Hi everyone, sorry I 't posted lately. April hasn't been too  in the  department to say the least. Experiments have ground to a halt due to lack of materials. But anyway I'll talk about a cell I made several months back. I made it out of an old maglite flashlight. The mixture is super simple. Just plain old sand taken from my front yard, and engine block sealant. I don't remember the brand name of the sealant, but I bought it at Wal-Mart, for around $7.00. It comes in a big orange can, you can find it in the automotive department. It had sodium silicate listed on the back. I just poured in some sand, poured in the sealant, mixed it. Then threw it in the oven. It hardens nicely with heat. I used a brass rod for the electrode. The flashlight is aluminum, but it had some kind of non-conductive coating on the inside that I tried to remove, but in the end couldn't really. I don't recommend using maglites as containers. It currently puts out 0.350 Volts and 5 Micro-Amps. Quite lame I know, but I think it's that coating. Anyway, the interesting thing about this, is it's one of the few cell's I've made that I'm sure is a true crystal cell. It has more than doubled in voltage output since I made it quite a while back. And I have left this thing shorting for weeks at a time. It always quickly comes right back strong as ever. (If 5 Mico-Amps can be considered strong! ) Well, hopefully I'll start doing more in May, I've got some ideas I want to try. Good Job, and good luck everyone!

@Das aloda bullspit
I find it interesting that you use Bismuth rods, do they improve the power you get? Do you think tantalum rods would give any interesting effects? I somehow managed to acquire a bit of tantalum, but I don't have any more aluminum containers to make more cells, so I haven't tried this yet. I will soon hopefully. But I was wondering if you have already?