Great news today: I replicated my successful cell today. It is not much light BUT it is working as the first one, in other words, it is running perpetually, dry, no water, no air, no nothing, just light out.   


I can tell you, casting with resin and getting the cell to run is VERY DIFFICULT, it will not be easy for others to replicate.


Concerning questions, I am using indigogo (https://www.indiegogo.com/projects/crystal-cell-battery-with-10-years-life/x/1876060).


And guys, thank you very much for the support and help. I am still looking, with the help of MarkSCoffman, for a cheaper metal that I need.


Fausto.

I received some questions about "Where are the crystals?" (after seeing my last video). Well, I did not show the crystals on the metal plates on the video YET. I only showed the plates but not the plates WITH the crystal electrolyte.


So, don't get confused, THIS IS A CRYSTAL CELL.


Attached is close-up of the crystal growing inside a single cell. The Copper metal is .5 millimeters thick and the "other metal" is 2 millimeters thick. I would love to find those TWO METALS no thicker than .1 mm. Anyone?


The interior of the cell where the crystal is is only 1mm thick. It may look bigger now because the crystal expands the structure as it grows. Another thing I will have to fix (reduce that growth) in the future once I have more funds.

Another detail in this picture is that this close-up is from a sealed cell that I had to open (to examine the plates) using a very crude band saw with a blade to cut hard metals. So the whole structure gets really bent, distorted and sometimes broken and also destroys the cell.

Fausto.

This is a private video for this forum viewers (I ask not to publish on the net) where I show my first successful cell that is sealed with a resin, with no external water or air or ANYTHING. She is running since Jun-10-2014 very well. (Video: http://youtu.be/bvka0OkjGIw)


With time she is getting stronger. No signs of deterioration neither expansion of the container.


This IS A CRYSTAL CELL.


The first picture is based on my formula 186-7 from last year where I was able to create a crystal electrolyte that seals the cell completely and protects the metal. In this picture the metal is Magnesium. To my surprise this metal IS NOT GOOD for this kind of cell although Magnesium is great for more output power. The crystal electrolyte does not work on galvanic process therefore where you would expect greater power output such as the case with Copper/Magnesium cells.


The crystal latter and the water retained are crucial for the functioning of the cell. Another factor is off course internal resistance (which I am currently working on solving and the resin casting). The next SUPER IMPORTANTE factor is the electrostatic properties of water and its electrical/magnetic properties. Water likes "voltage" around it.


Second picture is ONE CELL metal plates (two metals) with its separator where it holds the electrolyte and also separates one CELL from the next stacked CELL.


Third picture is my electrolyte dust inside the cup where I apply to the cells. It is super dry.


Fourth picture is the graph of a cell using "coca-cola" can metal. One CELL only. It is inside the resin and it is only showing 5 mili-volts under a 100 ohm resistor. Yes, Yes, I know, only 5 mili-volts Fausto? Yes, but consider that the WHOLE ONE CELL is only .2 millimeters thick. Imagine 100 of those together?


Observe also what is really important. Do you see the erratic voltage (and current because of the 100 ohm resistor) fluctuation? It goes up and down, steady and erratic. This cell is running for more than a week with this constant behavior and always around 5 mili-volts, sometimes goes to 1 and other times to 12 but always around 5 mili-volts. It is very sensitive to day and night. Not sensitive to vibration or temperature changes of the environment.


I claim that this one cell WILL NEVER DIE. How I know that? simply because there is no water or corrosion inside it. It is purely on the crystal power. Btw, coca-cola can metal is not very good for this kind of cell (may be in the future) but it is dirty cheap to get.






Fausto.

Fausto:

Excellent work there and I wish you the best.  I agree with you that this could really be a great step forward.  I hope you can raise the funds needed to complete your research.

Best of luck to you.

Bill

One thing I forgot to mention, although it should be observable, is that the picture of my last post of the crystal growing INSIDE the cell shows NO CORROSION.


Observe carefully the white crystal GLUED to the top plate (shinnying silver) where the crystal "merges" inside the metal. Pay close attention.


This is of fundamental importance in explaining the NO CORROSION process. The crystal is integrating with the metal at a very minute detail level where its function integrates well with the metal.


The metalS are the voltage source and the water is the current source.

Fausto.