Electricity Amplification by Neo Magnet

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Inductance and permeability are directly proportional. Measuring the inductance of a coil with a ferrite core is a value of the core's permittivity. 


Removing the core and remeasuring the coil's inductance, then subtracting the difference, will give us the core inductance and proportional permittivity.


We can measure the core inductance directly by placing the DMM electrodes against two ends of the core material and calculate the permittivity. Try it on a AA battery.


8 highly magnetic "Energex Recharchable" AA batteries, in magnet lock series, would be around a 16"  in length and deliver 12 volts. That would bring our wire gauges down to 16 and 32. Two units would connect as a resonator with both sparking secondaries feeding their twin's primaries! 

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Gotoluc demonstrates the amplification of backspike sparking directly through the Neo magnet material. This would kill the magnet if he kept it up.


The next step would be to wrap a coil around the Neo magnet and see if the backspike power were amplified by the field of the Neo magnet alone through the wire.


I demonstrate in video how attaching magnets to an electro magnet amplifys the power of the backspike when the wires are shorted. Interrupting the current through a reverse biased LED, the flash is noticeably brighter with the magnets stuck to the backside of the EM!

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                                                                    OU Theory.

Suppose we take 2 electromagnets and measure the force an electrical pulse produces on one; Then we attach magnets to one electromagnet and send a backspike from it into the second electromagnet:

Would the force from the second electromagnet exceed the force of the initial pulse?


Here's a magnetic flyback flutter;

https://www.youtube.com/watch?v=HTd2TSb_bJ4

Flyback 3x's force? The narrator discounts the presence of the magnet in the core of the coil he's pulsing in amplifying the backspike to begin with!

https://www.youtube.com/watch?v=STI3koWbzE4&t=12s

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aa battery core joule thief; notice that slider has magnets attached to both battery poles; he wrapped galvanized steel around it because it's alkaline.

https://www.youtube.com/watch?v=-WFBi16MuqY

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AA Joule ringer. Twin units feeding each other's primaries with their secondary outputs would be the equivalent of Cook's battery!

https://www.youtube.com/watch?v=OrHCh0N5UQU