Negative Inductance and measure of Magnetic force.

[sm0ky2]

@smOky2,

Why should I do a stupid job like that for you?

it's not for me


I don't care

[synchro1]

it's not for me


I don't care

@smOky2,

I'll bet you any amount of money it won't make any difference. Look, it's the position of the ferrite core that determines the polarity of the inductance reading. It's not going to make any difference if I cut the clips off my attaching wires.

[sm0ky2]

@smOky2,

I'll bet you any amount of money it won't make any difference.

The only difference it would make is eliminating one possibility for error.
It still doesn't rule out a faulty component inside the meter.
But it is a start.


which, at this point, eliminating as many errors as you can
should be your goal if you want to prove that you have
actually created a negative inductance.


NOT doing so would mean that you aren't willing to look for errors in measurement.
So the question would be why are you bothering to measure at all?


why is it that you think your magic piece of copper is showing a (-) value?
did you "do something" to the coil prior to measuring it?


Have you taken a measurement using a different meter to verify this at all?
Surely you know someone else with a meter.....

[synchro1]

The only difference it would make is eliminating one possibility for error.
It still doesn't rule out a faulty component inside the meter.
But it is a start.


which, at this point, eliminating as many errors as you can
should be your goal if you want to prove that you have
actually created a negative inductance.


NOT doing so would mean that you aren't willing to look for errors in measurement.
So the question would be why are you bothering to measure at all?


why is it that you think your magic piece of copper is showing a (-) value?
did you "do something" to the coil prior to measuring it?


Have you taken a measurement using a different meter to verify this at all?
Surely you know someone else with a meter.....

@smOky2,

Your missing the point. I found a way to reverse inductance polarity with an analog tool. We can plot a distance in negative henries. The possibilities are limitless. The polarity reversal and incremental calibration together amount to a precision measuring instrument. We're not dealing with a meaningless value that is the result of meter error.

This negative inductance measure is telling us something significant about Tesla's serial bifilar coil. The measurement is not junk data. The cascading nature of the value is an indication of free energy. I believe it's important we pin it down and not dismiss it prematurly as some kind of fluke.

[sm0ky2]

So you keep saying


The inductive rheostat in my photo above is older than all of us.
Why has no one else made these claims?


Not to mention your (-) reading with no core


What is different with your coil and one I wind myself?