Crystal Cell Research for Experimenter

[plengo]

Could you elaborate in more detail please?


Fausto.

"The geometry is simple:  Copper Plate - Paper Tower
impregnated [/size]with Epson Salts saturated
solution - Paper Towel impregnated with MnO2 - Zinc
Plate."

Interesting.this setup will burn through many stages 1st Cu2+ e-,2nd MnO2 + H+ e-,3rd O2 + H+ + e-,finaly O2 + h2O + e- it'l burn longtime yes

[plengo]

Soon I will post some very interesting things. Well, sharing now, I have officially passed the 5 years mark with 3 cells running inside an epoxy brick without any contact with air, water or even anything coming out.


I am studying a phenomena in these cells that shows a "heart beat" when the cell is completely dead.


I am preparing a series of videos about this phenomena.


And no, i have not stopped this research for even a day in all these years. I am having very promising results.


Fausto.

[plengo]

Today I am very happy with my research. Finally after almost 10 years I got my first 1 milli-watt cell running an LED for 3 years, and this cell is OPENED.


My other cell is running for 5 years and it is casted in epoxy. I cannot open it.


Guys, this is something but I think no one cares which is ok.


I am very happy because with 1 milli-watt I can finally run an electronic device such an oscillator or joule thief.


Fausto.

[F6FLT]

Hi Plengo,

Thank you for this interesting subject (including Marcus Reid's thesis, to which you referred a few years ago).
This thread having started a long time ago, it's difficult to find our way around. Could you summarize your experiments and measurements (possibly in texts rather than video, it's more synthetic)?

[plengo]

Here are pictures and measurements and graphs.


First pic is the cell running an LED and performing load tests. This cell was created on June-3-2015 and unfortunately cracked open which literally kills the cell. I revived her (third and final forming process) and now here she is running forever an LED very brightly.


Second pic is its voltage and current over 1k resistor. Left gray meter is on micro-amps scale showing an almost 1 ma current. Voltage is 1 volt +.


Third pic is a load test graph. The higher voltage (pulse) is a 5 minutes time run and shows the voltage across the terminals of the battery while running an LED. The next 5 minutes shows the cell under a heavier load of 1k ohm. Observe the response time. Almost instantaneous response no matter what kind of load i put. Regular commercial batteries do not behave like that.


Fourth pic is the third pic zoomed.


Fifth pic is the hearth beat of the cell.


Sixth pic is a close up of this old running cell under load.


Seventh pic is showing the mother of all proofs, a extremely steady cell running an LED. This graph is only a tinny piece of YEARS like that. Those cells get stronger with time.


When the cell is DEAD it shows this hearth beat with pulses of 4 volts running indefinitely.


Fausto.