Hi Fabio,
Like always, i am impressed with your ideas :-)
I had done some xperiments with resonance transformers.
Its not so difficult to get resonance, however all power you extract from such resonanse setup, you always have to put back in... No magic or zero point energy, as far as i have seen..
Cheers
Steve
Thanks Steve. I didn't succeed either yet to extract more power from resonance than i put in. But i never tried to think about this in this manner. About the magnetic field. Those brazilians got me thinking. Barbat, and donald L smith too,
If you remember the resonant circuit i show in 2008 when i added a magnet to the inductor the voltage raise a little 10 % but i could not measure what was really going at that time...
Now that i have some more knowledge i'm thinking not only on the coils numbers but also the geometry and the actual magnetic fields that are actuating in the circuit to try to get around the counter magnetomotive force. .
I guess is possible to build a material that can shield magnetic fields spending little energy just like a transistor does to electric current.
This would allow to switch huge static magnetic field (very low cost) generating infinite amounts of power, depending on the frequency and the sizes of the coils and magnets. The answer to this is how do we control the flow of magnetic field.
I learned at university that magnetic fields do not cross each other, so maybe using a perpendicular geometry we could switch the field without causing induction,,
In this circuit i tried to decouple the resonance from the induction to use the resonance just to switch the fields resonantly...
I'm still thinking about that,,,,