Zangetshumody

the design does not require 100% efficiency, it should produce quite a bit of electricity to cover any loss, as far as I can see the only problem would be if the 2 center capacitors cant accept any more charge because they get too congested, although any charge the middle right one holds should be channeled down to the primary coil capacitor.

it seems there is no way to place more attachments into a post after it has been made already. or to add media to "my media" in order to add it to the post without making an entirely new post........ or am i wrong ._. ?

no, charging using direct current attached at the top of the device. I call it an ariel system, but its really just a special circuit with a wire attached to the top of a tesla coil (that wire is basically the ariel of the circuit below it, its only meant to pick up the charge produced at the top of the tesla coil, which goes into charging the primary coil, and recycling that charge back into the circuit) a tesla coil is kindof like an ariel itself, because the charge that comes to reside on the top dome, is not actually generated from the secondary coil, it comes from the atmosphere due to some correlation caused by the ground below the secondary coil and the resonance in the secondary coil.... ... Im not sure what a zero input device is... but you need enough electricity in the circuit to start the resonance in the tesla coil working and functional, after that it should be able to sustain itself.

Any ideas comments or input? (please check out the attachment) its an ariel system combined with a tesla coil, and although it will need a be fed a current to get going, after its already started it should be able to sustain itself since all the electricity going through the primary coil is recycled. One thing I've just seen is that I guess I could put the load coming off the capacitor on the left of the ariel (right near the top).

Hello, I'm trying to build a contraption, and one of major elements, or obstacles I'm trying to solve (hopefully with your aid!) is the injection of extra electrons into the inner orbitals of some tungsten atoms (the orbital just below the full S orbital that hangs around in the electron sea-- the inner 5d orbital). So what would the the easiest way to pump a lot of extra electrons into my clump of tungsten atoms look like? I don't require the electrons stay there, but they do have to be taken into those orbitals at some point... The answer might be really simple, but my general understanding of how electrostatic electrons can be become internal electrons is limited.... Perhaps I can get a compound that just needs sunlight to dump a whole lot of electrons onto my tungsten... Since my general scheme is rather experimental, it would be awesome if someone could show me a process that injects and affixes the electrons into the 5d orbital (while the clump of tungsten is just metallic ally bonded to itself) that is renewable. (edit: I'm not talking about crystal tungsten) Any ideas? -thanks