The act of testing the capacitor will drain it. Your light appears to be running off the stored energy in the capacitors. Energy that was received from the solar panel.
Can you do a test to see how much time charging your caps to the same voltage with just the solar panel (no gound & antenna attached) and see how many minutes, seconds it takes and then how much time the bulb will stay lit compare to using the ground and antenna like in your test video.
I think this would be an important test to do to show the advantages of using the ground and antenna.
That is what it looks like to me. There could be a number of simple reasons why this is happening. It could be stray house current, RF, static charge, little green men. Who care? It looks like a freebe to me. I'll take it.
The act of testing the capacitor will drain it. Your light appears to be running off the stored energy in the capacitors. Energy that was received from the solar panel.
toolshedjunky 1 year ago
Comment removed
janjanjohnny 2 years ago
Hi Lidmotor,
great work you are doing.
Can you do a test to see how much time charging your caps to the same voltage with just the solar panel (no gound & antenna attached) and see how many minutes, seconds it takes and then how much time the bulb will stay lit compare to using the ground and antenna like in your test video.
I think this would be an important test to do to show the advantages of using the ground and antenna.
Thanks for sharing
Luc
gotoluc 3 years ago
so are you just amplifying the solar energy with the antenna/earth ground or pulling neutrinos directly out of the aether?
FrequencyGenerator 3 years ago
That is what it looks like to me. There could be a number of simple reasons why this is happening. It could be stray house current, RF, static charge, little green men. Who care? It looks like a freebe to me. I'll take it.
Lidmotor 3 years ago