Negative Inductance and measure of Magnetic force.

[partzman]

@partzman,

Good point. The answer is yes, I shorted and reset the meter numerous times to double check the zero point. The important feature is that the negative and positive range value are in direct proportion to the position of the ferrite core relative to the zero line.

synchro,

Yes, I assumed you had zeroed the meter at previous points in time.  My simple test was to confirm at the time of measurement (as in the video) that the meter hadn't drifted from any previous zeroing attempts.  This would be a definitive test that would convince any nay-sayers and would be great if it was video recorded!

Regards,
Pm

[synchro1]

synchro,

Yes, I assumed you had zeroed the meter at previous points in time.  My simple test was to confirm at the time of measurement (as in the video) that the meter hadn't drifted from any previous zeroing attempts.  This would be a definitive test that would convince any nay-sayers and would be great if it was video recorded!

Regards,
Pm

@partzman,


Maybe I'll re-run the test for you.

[synchro1]

The magnetic field that is building in this Tesla serial bifilar coil twin spiral, is a dielectric "B" field between the windings, not an "H" field that is outside the coil. The internal field is not measurable by magnetometer like the compass needle Tinselkoala uses to demonstrate no difference between the bifilar and single wire coil. This internal dielectric field stores useable power as demonstrated by the "Old Scientist" in his bifilar gain video posted above. 

The internal field exerts magnetic compression on the wire loops like the ceramic magnets around the .320 mH choke in the video that reduces coil inductance.

https://www.youtube.com/watch?v=uP2xEKH4qdc&list=UUo9ItsUt0n5ayZlb5K_cwaA&index=2

[ramset]

Allen

The internal field is not measurable by magnetometer like the compass needle Tinselkoala uses to demonstrate no difference between the bifilar and single wire coil. 

it would be better to leave other persons out of your discussions or better yet don't misrepresent the work of others
below is the only Video ever done By TinselKoala of a magnetic effect shown with a compass.

https://www.youtube.com/watch?v=wd5w8KhYrQk


Please put down the boxing gloves and just stick with the claim

you have plenty here who will listen to what your claim is ,no need to dredge up or misrepresent the work of others.

an effect on the bench and its benefit would be the way forward.

respectfully
Chet K

[synchro1]

Allenit would be better to leave other persons out of your discussions or better yet don't misrepresent the work of others
below is the only Video ever done By TinselKoala of a magnetic effect shown with a compass.

https://www.youtube.com/watch?v=wd5w8KhYrQk


Please put down the boxing gloves and just stick with the claim

you have plenty here who will listen to what your claim is ,no need to dredge up or misrepresent the work of others.

an effect on the bench and its benefit would be the way forward.

respectfully
Chet K

@ramset,

Tinselkoala is measuring the "H" field not the "B" field. The "Inverse Henry" is the measure of the "B" field; Gauss the measure of the "H" field. There is a "Negative Henry" to gauss equivalency. The serial bifilar gain is in the "B" field.