From: Horace: ...
> The site says "Wooww, the power at the OUTPUT is greatly increased > without significant change at the DC input.... ", yet there is no > effort made to measure input power, only current. It would make more > sense to get the I and V traces for the input coil. > > It pretty obvious how the thing works. The torus field, which > remains inside the torus, deflects the permanent magnet field away > from the torus, and thus the permanent magnet's field oscillates, > cutting back and forth across the secondary coil windings and > generating power there. Can you clarify something for me, Horace. The conjecture that the field oscillates, as you state, cutting back and forth across the secondary coil windings... is intriguing, particularly since you seem to be saying the field is dynamically oscillating even though there are no moving parts. In layman's terms - what does that mean, particularly energy-wise. My prosaic thinking patterns keep wanting to envision MOVING magnets passing across coils of wire that in turn generate electricity. But nothing seems to be physically moving in this configuration. I'm confused! /:-\ In your opinion, does this demonstration allegedly show real OU configuration, or is this device demonstrating something else that's not really OU. Where's the "energy" coming from that allegedly powers the LEDs? Speaking of energy, I wonder if the magnet inserted into the torus will eventually lose its magnetism if the device continues to power the LEDs? Regards Steven Vincent Johnson www.OrionWorks.com www.zazzle.com/orionworks
