Overunity motor, part3, all 4 recharging bats reading at 1.400 volts now.

[sm0ky2]

LED  " on" " off",. if you look at it in terms of current flow through the diode, there is a cut-off voltage that prevents a flow from the source, that doesn't mean there is no current flowing from the back side of the diode to the inductor.

The LED emits photons from the time it turns "off" until all the power is dissipated. So there is a flow of current leaving the diode even while current is not flowing "from" the source INTO the diode. it goes into the inductor and generally dissipates out of EMF / heat.

[sm0ky2]

There went what little credibility you had left, out the window.

As for the rest of your statements about JTs and resonance etc ... I refute thee thusly:

TK, do you remember the beginning of the TPU epidemic.....
Why do you think the JT got so much attention to begin with? 
  Back before it even had an LED in the circuit....
people were trying to say it was pulling current from the wires inside the walls through inductive coupling or some crap...

all it does is oscillate back and forth from the inductor to the cap.
the LED added a load, which drained the cap, thus a battery was implemented.
Then it was discovered that you can use a "dead" battery and it still works....

They got less and less efficient over time, as more and more people began making them, and ignoring the operating conditions SM had placed on the circuit.

[MileHigh]

Sm0ky2:

Transistor switches off:  Current reverses direction through the inductor as the magnetic field collapses.

You just shot yourself in the foot with the above statement.  It's an old wives tale to believe that the current through the inductor reverses direction when the transistor switches off and the magnetic field starts to collapse.

I can't decipher much of the rest of your comments.  One day when you are back on a bench and test a classic Joule Thief circuit, come back to this thread and look at your comments vs. my comments.

MileHigh

[MarkE]

@ MarkE,TK,and MH.
Insted of saying rubbish,how would we go about building a resonant JT,or makeing my circuit opperate as it dose,but with a much higher power output?.Maybe a small cap in series with a diode across the collector/base?.

It wouldn't look much like a JT.  It would take multiple transistors.

[sm0ky2]

This is exactly the problem he had.... no one would listen to what the was saying, which is based on simple, well known inductor theory...
He evne built a 9-inch torroid and tried to show people, no one could figure out why it did what it did, despite his attempts to show it to them..
he eventually sold his patents and moved to L.A.