PhysicsProf Steven E. Jones circuit shows 8x overunity ?

[synchro1]

Quote from Wikipedia:

"The faster a magnetic field collapses, the greater the induced voltage".

Dr. Jones's backwards charge snap is at the speed of light, unlike the physical force you allude to. The more rapid field collapse and induced voltage are higher with Dr. Jones's back snap then Russ achieved with his decoupling approach.

You're making the mistake of assuming there's only one fixed amount of fly back energy available for recovery. Proper discharge timing can potentially yield many times more than the initial input pulse power from the demagnetization cycle. All you've managed to do is trivialize Dr. Jones' contribution as usual.

[Farmhand]

Quote from Wikipedia:

"The faster a magnetic field collapses, the greater the induced voltage".

Dr. Jones's backwards charge snap is at the speed of light, unlike the physical force you allude to. The more rapid field collapse and induced voltage are higher with Dr. Jones's back snap then Russ achieved with his decoupling approach.

You're making the mistake of assuming there's only one fixed amount of fly back energy available for recovery. Proper discharge timing can potentially yield many times more than the initial input pulse power from the demagnetization cycle. All you've managed to do is trivialize Dr. Jones' contribution as usual.

There you go again Synchro confusing voltage and energy as the same thing. You should not be making that mistake at this point.

The produced voltage has nothing to do with the amount of energy, nothing.

..

[MarkE]

Quote from Wikipedia:

"The faster a magnetic field collapses, the greater the induced voltage".

Yes, this is Faraday's Law in action.

Dr. Jones's backwards charge snap is at the speed of light, unlike the physical force you allude to. The more rapid field collapse and induced voltage are higher with Dr. Jones's back snap then Russ achieved with his decoupling approach.

No, the dv/dt is based on the derivative of the change in flux with respect to time.  That change in voltage is not motion so speed of any kind is not in play.  The power and energy to execute the physical movement are all supplied by Russ.  Higher power from Russ yields a faster movement of the pieces, a higher voltage and higher power out into the LED.

You're making the mistake of assuming there's only one fixed amount of fly back energy available for recovery. Proper discharge timing can potentially yield many times more than the initial input pulse power from the demagnetization cycle. All you've managed to do is trivialize Dr. Jones' contribution as usual.

I have applied proven physics.  You are asserting misconceptions.

[synchro1]

Quote from Science dictionary:

"The voltage induced in a coil of wire is directly proportional to the rate of change[/i] over time of magnetic flux (Faraday's Law: e = NdΦ/dt), this rapid collapse of magnetism around the coil produces a high voltage "spike".

Quote from Wikipedia:

"The faster a magnetic field collapses, the greater the induced voltage".

Yes, this is Faraday's Law in action.

Faraday's law applies to voltage induced in a coil of wire! Nothing to do with the PMH and impulse locking." Impulse magnetizing ferrite and producing a magnetic field in a coil of wire where Faraday's law applies are pretty far afield from each other. There's a quantum effect inside the PMH that requires more then Faraday's rule for coils to explain. Transmutation of ferrite into a higher isotope from hi voltage impulse, and domain flipping have been tested to generate anomalous energy that the linear coil exchange can't. 

[MarkE]

Quote from Science dictionary:

"The voltage induced in a coil of wire is directly proportional to the rate of change[/i] over time of magnetic flux (Faraday's Law: e = NdΦ/dt), this rapid collapse of magnetism around the coil produces a high voltage "spike".


Faraday's law applies to voltage induced in a coil of wire! Nothing to do with the PMH and impulse locking." Impulse magnetizing ferrite and producing a magnetic field in a coil of wire where Faraday's law applies are pretty far afield from each other. There's a quantum effect inside the PMH that requires more then Faraday's rule for coils to explain. Transmutation of ferrite into a higher isotope from hi voltage impulse, and domain flipping have been tested to generate anomalous energy that the linear coil exchange can't.

Synchro1, Faraday's Law absolutely applies to this case. 

If you think that there is extra energy, then where are the measurements?
If you think that there is transmutation going on, then where is your evidence?  Where are assays of the materials?