It is amazing to see the progress so far. In case you miss this, using similar circuit such as yours, if we limit the HV output to grid voltage, I think we can light up a light bulb and touching the wire without being electrocuted. I only tried it with lighted up CFL though, it don't give shock. I think the CFL would stil light up even if I submerge it under water along with my hand. I am sure it won't sock me. Not for anyone to try because from what I know everyone use car coil or flyback transformer:
YouTube - Non shocking property of radiant electricity
This is one of the reason why I believe that your experiment result is true. If it won't shock, it sure have other properties not predicted by common knowledge.
You can see some mobius coil here:
coil info
Also I just notice that it already mentioned here, page 35:
http://www.free-energy-info.co.uk/Chapter5.pdf
Do you happen to know in what direction of twist the bifilar have the most powerfull magnetizing power? Or maybe Aaron can answer, because I think John Bedini know the answer. This question relate to the mention in your website about:
"This would result in a bidirectional path or a spiral within the field. As the electron is seen to spiral in a bubble chamber then I am proposing that the electron may be a composite of three truants."
I think this is the reason why electricity flow close to the skin of the conductor wire, not at center. Since the magnetic force always follow the right hand rule, I think the electricity must flow always at the same spiralling direction. If the correct twisting is known, the electricity spiraling movement maybe the opposite or in similar direction., since I don't know if zipon is manifest when the electron turning or when electron go straight.
Originally posted by witsend
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