Electricity Amplification by Neo Magnet

[sm0ky2]

Doesn't matter which way the magnet faces
the electricity will travel around the magnet
It just takes the path of least magnetic impedance


there's no real difference between HV and low voltage
when it comes to magnetic interactions.


The math is still the same.


The difference in spark is a difference in potential
and capacitance
As a result of the magnet (choke) in the circuit.

[synchro1]

Doesn't matter which way the magnet faces
the electricity will travel around the magnet
It just takes the path of least magnetic impedance


there's no real difference between HV and low voltage
when it comes to magnetic interactions.


The math is still the same.


The difference in spark is a difference in potential
and capacitance
As a result of the magnet (choke) in the circuit.

No! I beg your pardon, but magnet polarity is critical when we amplify backspike. You need to watch a few of the videos in this thread.

[Toolofcortex]

This bulb could be lit by the plasma spark inside this vacuum tube Reed switch:


Connecting "Innovationstation's" Neo stack to this interrupter would loop an OU gain and self run! (Depending on the Length of the stack)


The Neo stack acts as a negative resistor to reverse current.

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That is an ambitious and positive statement, what is the current status? Please let us know.

[sm0ky2]

No! I beg your pardon, but magnet polarity is critical when we amplify backspike. You need to watch a few of the videos in this thread.

Yes because your visual perception of a spark via a digital camera
trumps science......




It's an inductive choke.
Experiment aligns precisely with Faraday's interpretation of Maxwells equation.

[sm0ky2]

A magnetic choke operates exactly like an inductive choke.


It's even the same as in a powered inductive choke

the power to 'operate' the choke comes from the input overcoming
magnetic impedance.


Whereas an powered inductive choke is powered by the secondary bias current.


The effect is exactly the same.
And the two energy quotient sums are equivalent.


Hence, there would be a time delay in the magnetic choke.
The sparks are not synchronous with and without the magnet.


I will quantify this even further by pointing out the variance in field polarity and intensity
across the stack, vs across a single magnet.
The variance in magnetic impedance to current will show up on your scope as ripples or spikes.