@crazycut06,
 
I didn't realize I could light the 120 volt ac LED directly off the output wires. I would have kept the 1/2 inch ball in the PVC coupling running because the sphere was levitating. steady and silent. 80 Lumans has a candle like warmpth.
 
The feedback power amplification texhnique was used by Pirate Twinbeard. That's how he reached those mach 3 speeds. The dual nature of the pancakes, one as power, the other as inductor allows us to add one to the other The power would be multiplyied thousands of times at mach 3. Any tiny discrepecy in COP is overshadowed when we close the Feedback Power Loop from the side pancakes.

I described "two"  diametric magnets coupled end to end, not one. They pull the field away from the ends when they're cojoined.

Hi everyone,

these videos maybe of interest: https://www.youtube.com/watch?v=dKGeWbaD3Lk

ADDED: https://www.youtube.com/watch?v=tA4yXevToQc

ADDED: https://www.youtube.com/watch?v=YSDSY_DSdNQ

Luc

The Lynx Joule Motor is an extrodinary output feedback invention. I'll embed the video link:
 
                                         http://www.youtube.com/watch?v=1gWZchP8-Hk
 
A NS magnet rotor between too loop coils. Identical to my twin spiral knot coils and neo sphere. Pirate Twinbeard, a solinoid output coil over a starship power coil.
 
Lynxstream feeds the power coil  bemf to his secondary. The outpot from my spiral pickup coil is looped back to source. The output could be stored in a charge battery, or fed back to the power coil to accelerate and store it in the rotor acting as a flywheel battery, right? Does anyone have any idea how this might be done? What kind of a circuit would be needed? Would a second circuit be needed to synchronize the pulses, or could it tie into the first one? Does any one know of anyone else who's into this area of research? 
 
The input is pulsed dc and output ac. It has to go through a rectifer and join with the dc input pulse. The problem is that the circuit would have to deal with a steadily increasing charge from the output coil. We could start to turn up a large bank of lightbulbs, off the increased, output to protect the transistor, I suppose? Simply running the rectified output through a single reed switch in series with the battery would work. Rectifier, Hall effect transistor mosfet or relay and a diode from the hot side of the power source and a potentiometer would probably work to start. This would work on any two coil power pickup system.
 
This feedback topic may require a new thread.
 

skycollections latest:


https://www.youtube.com/watch?feature=player_embedded&v=RXviyoEqd_s#!

I'm utterly flabergasted by that last video of Jorge's. Ole! There's nothing left for anyone to add. Happy Galactic New Year, there really is a Santa Claus!

Seriously synchro!!!... you find that video impressive

Q1: Do you think he came up with it?

Q2: Do you think the Neo ball magnet induces current in the coils below it?

A1: No, he did not come up with this idea.

A2: No, the coils below the neo magnet are induced by the 800ma current sent to the top coil to turn the ball magnet. Just see what happens when he turns off the power supply at the end of the video. All the coils instantly stop producing output.

I would be embarrassed to post such a video.

You want impressive, why did you not comment on the video I posted above with the neo ball magnet that keeps spinning when the power is shut off and even if he carries it 8 feet away from the coil: https://www.youtube.com/watch?v=tA4yXevToQc

I don't know what to think now

I hope you will help DeepCut get the effect you are so sure of!

Luc

@Gotoluc,
 
How come the LED'S don't light up at the beginning of the video untill after he starts the ball spinning?

Because the hall effect does not switch on the current from the power supply until it senses a pole shift from a turning magnet

Luc

Deepcut,
 
You won't be disappointed in your results. The copper ball reminds me; You have to turn the magnet core a little to get the 90 degree alignment.