I saw a mythbusters episode on that. They put the coils inches from high voltage transmission lines and had nearly zero energy transmission and was "busted".
I understand what you are saying that the coils are grabbing the signals, but that seems like a very high voltage compared with my attempts with bare wire at my house. Is that something you can replicate?
In my own attempt with bare wire coils I see 0.001 to 0.003 no where near 0.25.
I'm not claiming to be a scientist, understand physics, or electricity on a deep level. I'm not uneducated, but I am not a scientist. I'm trying to figure out what I'm seeing happen. That's why I came here.
Are you able to replicate 0.25V at any current level using stationary magnets and a bare wire coil?
but 0.25V?
That's basically and induction coil but without any diodes. I can't get anything near that on my truck antenna. Outside my house, I can get 0.001v on a 100 foot section of coiled 12G copper wire I live a few hundred feet from high voltage lines and a cell tower.
Are you able to replicate 0.25V?
I know that which is why I don't understand what I'm seeing. There is no movement, yet the voltage is all over the place. I understand this is a small example with nominal voltage, but on a larger scale or in series... Ultimately, what is it that I am seeing?
I know another suggested it's basically an antenna, but I don't get that type of reading off my truck antenna.
I understand that. So where is the voltage coming from when nothing is moving?
Is it possible to get free energy with magnets? I'm asking because I came across this video and I can't figure out how it was done if it's not real. The video is a little long but it is making voltage.
Any thoughts?
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