Negative Inductance and measure of Magnetic force.

[shylo]

Synchro,
when you find that sweet spot, where the laminate stator is vibrating,
if you put a repulsive magnet on the other end of the stack,
will that cause the input to increase?
if not it could be used to drive several magnet rotors?
artv

[synchro1]

@shylo;

I Put your idea to the test and it worked very well. Thank you. Here's a short video of the effect:

https://www.youtube.com/watch?v=u-ffqrV0IjU


The neo magnets with hundreds of pounds of force do nearly all of the work. The electromagnet field allows the domains to switch. Multiple magnet disc pistons look feasible.

The Electromagnet can not draw more power then is supplied to it: That's 1 Watt from the wall transformer. Once it's at saturation level it can no longer consume any additional power. This makes the power draw constant regardless of how much work it's called on to do with the field.

The interaction between the electromagnet and materials have no net effect on the addition or loss of power consumed. The motion of the vibrating magnet field is generating power in the Electromagnet  coil. This power has to be greater with the magnet fluctuating then without! The electromagnet is acting as a power switch for the permanent fields.


I am making measurments with a DMM through recovery diodes, but I hesitate to reveal them because they're controversial.

[shylo]

Thanks for the demo.
Since no extra input is required there's no reason several magnet rotors couldn't be added.
You say "wall transformer" is the input to the electro-magnet AC or DC?
Sorry my electronic knowledge is basically non existent.
Thanks again  artv

[synchro1]

Thanks for the demo.
Since no extra input is required there's no reason several magnet rotors couldn't be added.
You say "wall transformer" is the input to the electro-magnet AC or DC?
Sorry my electronic knowledge is basically non existent.
Thanks again  artv

You're right. The question of current is important: The input is 12 volt D.C. from a wall transformer, and the electromagnet 12 volts D.C. The possibility that A.C., the Frequency of 60 Hz or a short circuit are blending with the D.C. output through the wall transformer is real. In every case, one thing holds true: The Neo magnets are powering the oscillation, not the current! Remove the magnets and the oscillation goes away. Too many magnets kills the oscillation. The electromagnet "Neutral Zone" field is acting as a domain shifting semiconductor layer that is switching the PM fields and powering itself as a generator. The switch cost is paid for by the nuclear Quanta.

A strong A.C. current would oscillate the stator blade and disc magnets without any permanent magnets present; So it's not strictly an A.C. current event. A.C. current would not need any magnets.

The electromagnet begins to spontaneously power itself as a "GENERATOR" with the large offset Neo's attached to it. This is already a "Free Energy" generator! How large can it get? The upward limit appears to be boundless.

The magnetic force fields that are shifted by way of the electromagnet are far in excess of the small amount of electrical power the electromagnet consumes to sustain it's electro-magnetic field. How much work can you get from magnets of hundred of pounds in force by pressing down on them? An equal amount.

Any amount of work we get from the permanent magnets could in no way effect the power draw of the electromagnet. We only need to oscillate one "Harp" to supply all the World's power!

[kolbacict]

Factory-made vibration transducers suitable for experimentation?