Original U of O Prototype 1.0 08/08/08
Uploader Comments (ThaneCHeins)
Top Comments
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Your video camera needs repair. The lens flangeback adjustment needs to be done. Your focus should track the zoom and it is not.
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Due to the lack of overall area examination, we cannot tell if there is a secondary power circuit that he is switching over to that is increasing the rpm's through the motor. This needs a better video to actually prove it's functionality.
All Comments (29)
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Very interesting developments comparing the high current effects and high voltage effects on load...nice research!
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Hahaha I finally understand this, using lenz's law to slow down the affect of the static field and creating what is in essence, a sympathetic resonance that you constantly draw the excess off of.
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3:27 sounds like a car accelerating
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so why dont you some how change and connect output to inmput and disconnect the original.
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@randycarter2001 You are a genius!
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so when you plugged the dynamo how may watts was the power?
A secondary power circuit would simply be a cheap trick and would not fool anyone for very long - cetainly not 2.5 years at Ottawa University where this technology was refined. There are about 50 other "better" videos showing all aspects ot development. Cheers Thane
ThaneCHeins 10 months ago
The Regenerative Acceleration Generator reverses conventional generator armature reaction (Regenerative Braking) by forcing the generator coils to operate as capacitors rather than inductors at higher frequencies. Generator inductor coils which operate at higher frequencies can store energy as voltage rather than current and as such cannot produce a convectional magnetic field and corresponding magnetic drag forces. The magnetic field production is delayed by 90 degrees and acceleration reults.
ThaneCHeins 1 year ago