Crystal Cell Research for Experimenter

[tgraca]

These are holding up...
#354 is at 1065 mV under load
#355 is at 782 mV under load. This one was unsealed, so it is drying out.
- Opened it up and watered it, then resealed it. It's at 982 mV under load.

Seems we have a winner here. Today, after a week the cell is holding at 1056 mV under load.
That's less than a 1/2 volt loss in a week, which means it might run reliably for a month under load
before it needs to be injected with a little water. At this rate, the 1 month mark would be 900 mV under load,
which would mean I have met my final goal, provided it will gain strength with a little water....
Final goal was a crystal battery that could last a month without maintenance at over 750 mV under constant load....
Boooyaaa!

Thanks Fausto! I will keep you updated!

PS - this is easily replicated with no cooking or charging.

[plengo]

@Teo,


I am very happy that you found a good solution for your goals. Please, continue posting here your findings, this thread is for EXPERIMENTERs and you are one. It is not about me and MY formula. It is about getting this into a new level with people doing a more scientific approach instead of just putting things together and hopping for the best.


Testing and repeatability are the keys.


A note on my FC62 process: I don't go over 100 C ever. I only need a little bit over 100 C which is the water boiling point. The remainder is just the current for the electrolysis.


Fausto.

[tgraca]

@Teo, I am very happy that you found a good solution for your goals. Please, continue posting here your findings, this thread is for EXPERIMENTERs and you are one. It is not about me and MY formula. It is about getting this into a new level with people doing a more scientific approach instead of just putting things together and hopping for the best. Testing and repeatability are the keys. A note on my FC62 process: I don't go over 400 F ever. I only need a little bit over 100 F which is the water boiling point. The remainder is just the current for the electrolysis. Fausto.

Thanks Fausto... I am promoting this thread with every video (23 so far). I am reviewing Patrick Kelly's documentation on JT circuits
at the moment. He claims to have found ways of get 10+ COP and using JT's to power LED's and charge batteries. As with others I have
seen actually do this, he claims that you need at least 2.3 V input, but we should be able to use these crystal batteries with just 1 V to do
the same thing, in my humble opinion. I have seen this... See his chapter 5 - he updates it often, so use the html link here:

http://www.free-energy-info.com/Chapt5.html

I hope to master this process soon.... when I do, I would simply add a battery slot to charge AA or AAA batteries from the crystal battery
and circuit... I tried several experiments with this today and had as many failures... Every failure is just another documented way (to me)
not to do it... like the old Edison quote, but still tough to deal with so many failures... I think I have tried 30+ variations of this so far to
date... ;(

PS - I think you meant 100 C, which is 212 F. (not 100 F), which is the approx. boiling point of water, depending on your altitude... Let
us know if you have a way to control temperature in your cooks... this is yet another variable in that process that would require exact
control for proper replication of the "Fausto Sizzle"!

[plengo]

sharing a video from a subscriber: https://www.youtube.com/watch?v=vhOXVIQhhpQ&list=UUsC7Pga6h9RjpyopPyzPjNw


Fausto.

[tgraca]

sharing a video from a subscriber: https://www.youtube.com/watch?v=vhOXVIQhhpQ&list=UUsC7Pga6h9RjpyopPyzPjNw
Fausto.

This stuff is readily available as bleach (about 5% by volume) and pool cleaning solutions, like he has, I am guessing around 15%.
I looked up some local brands, but couldn't determine the %. You can get it in a powder, which is easier to store and might give
you a better way to mix your cells. I don't any sitting around, but I'll take a look at what's available locally and see what the % is.

I posted my usual questions for Pete on the video. How long does it last initially? How long does it last between maintenance cycles?
How quickly does it eat the magnesium?  If he doesn't answer them soon, I may give it a try myself. The problem I see right away is
that it will probably eat right through my little caulk builds. Also, there are possible issues with chlorine gas and small quantities of
harmful byproducts. Plus, these probably have a bad odor.