Pulling energy from the ambient energy field using a coil capacitor

[Belfior]

In an attempt to explain the low resonance frequency (285KHz) of the two bifilar interwound coil pairs (each separate resonance frequencies at 3.5Mhz)
i treated this bifilar coil pair as being a series arrangement of a coil (130uH), a capacitor (2.3nF) and again a coil (130uH), see picture.

The both coils in series would yield a total series inductance of 260uH (130 + 130) and using this resonant calculator  http://www.1728.org/resfreq.htm
i calculated the series resonant frequency to be 206KHz, which is not close.

Using instead the inductance of a single coil (130uH) it calculates the resonance frequency to be 290Khz which is smack on.
So it seems that these bifilar coil pairs behave like a series LC circuit of 1 coil and 1 cap (or perhaps 2 of those series LC circuits, but overlapping).



I created a coil system like the lower part in the picture by winding  2 separate coils (10m wire / 63 turns each) split by a 3nF capacitor, but this
series LC circuit strongly keeps on resonating at 2.37Mhz which is the resonance frequency of the separate coils.

So the bifilar coil pairs do not behave like a normal series circuit of a coil, a cap and a coil.

Itsu

This is very interesting. This means they will tune together and you get the bonus of the lower freq

[Belfior]

To that statement, I would raise a suspicious eyebrow.
First, Wheeler was the professor, Feynman his student.
It would be unlikely that they both are accredited for such
calculations.
Furthermore, I say show me the equations.


If they were likely to even exist, they would've readily available
to the thousands of physicists searching for ZPE.


My personal calculations show the energy to be very small:
orders of magnitude smaller than the Earths ambient electric field
I mentioned above.

Wheeler and Misner

http://www.cheniere.org/images/geometrodynamicsP129a.jpg

J. A. Wheeler and C. Misner, Geometrodynamics, Academic Press, New York, 1962.

[Jeg]

The both coils in series would yield a total series inductance of 260uH (130 + 130) and using this resonant calculator  http://www.1728.org/resfreq.htm
i calculated the series resonant frequency to be 206KHz, which is not close.

Hi Itsu, hope you are fine

Coils themselves also possess some inter-turn capacity which might also be in series with your measured 2.1nF. This probably takes down the total capacity close to 1.2nF.

regards

[AlienGrey]

Work your way through this one
https://www.youtube.com/watch?v=q6yNO6N61Uw

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[itsu]

Hi Itsu, hope you are fine

Coils themselves also possess some inter-turn capacity which might also be in series with your measured 2.1nF. This probably takes down the total capacity close to 1.2nF.

regards

Hi Jeg,

i am fine thanks,  hope you are too.

Yes, you are right, but i calculated the inter-turn capacity of my coils by using the same resonance calculator and using the self resonance frequency (3.5Mhz) of the coil and
the measured inductance (130uH) as to be only 16pF.

So i don't think that will influence the result to much.


Regards itsu