glue cells (zero point energy, made simple)

[hartiberlin]

Such a glue cell is still just a chemical galvanical battery cell.
The moisture( left H2O ) inside the dried glue still converts
the metal into ions so the metals are consumed.

So watch the metals beeing consumed.

But it is nice to play with these types of cells
as they could light LEDs if you put a few in series,
but they will only give off some small milliamps,
so you are able to light an LED.

[nitinnun]

they are connected in series, powering an LED. the large amount of metal produces enough amperage to make the LED light.

i have named them "big daddy", "flathead", and "the new guy".

big daddy and flathead have crappy wood glue as their blood and guts (it hasn't hardened after half a year, because air cannot get too its moist core). the new guy has wet elmer's glue.

[nitinnun]

hartiberlin.

have you observed this "ionization" yourself?
or are you talking about something that the illuminati-fatcat-oppressors told you?

mainstream science has been so corrupted by those liars, that NONE of it can be trusted. ESPECIALLY it energy/electricity is involved in any way!


i'm going to dissect big daddy and flathead for possible corrosion. they have served their purpose now anyway.

[hartiberlin]

Well, yes, I had played with simular cells
and these are just galvanic effects.
Probably your copper is already a bit oxidized.

Also your LED is very low brightness, so I guess
it draws much less than 1 mA only, so the metals
last very long...

Regards, Stefan.

[Kabuto]

hartiberlin.

have you observed this "ionization" yourself?
or are you talking about something that the illuminati-fatcat-oppressors told you?

mainstream science has been so corrupted by those liars, that NONE of it can be trusted. ESPECIALLY it energy/electricity is involved in any way!


i'm going to dissect big daddy and flathead for possible corrosion. they have served their purpose now anyway.

I'm pretty sure the ionization is part of the reaction in a galvanic cell, but, for all we know, your cell works differently.