Pulling energy from the ambient energy field using a coil capacitor

[Jack Noskills]

Hey Jacknoskills,


Would it be possible for you to make a video showing some of the novel effects you've observed?


I have tried this with a few different trifiar coils and a bifilar pancake coil with an equal copper weight primary.  All of the tests I ran seemed rather conventional in their outcomes.  Maybe you can shed better light on the effects you're actually seeing.


Thanks,


Dave

I don't have camera, all the information I can provide is in the pdf:
http://overunity.com/17119/pulling-energy-from-the-ambient-energy-field-using-a-coil-capacitor/dlattach/attach/165932/


I don't think twisted pair is more effective than side by side coils.

[sm0ky2]

I don't see the correlation that is being presented by them in the pdf either.


The reason twisted pairs are used in telecom, is to reduce losses over distance
mostly from signal noise from the adjacent wire.
Because of the way data transfer sends pulses down a wire,
two signals can cause interference and reduce signal quality at the receiving end.
IEEE is constantly updating the ratio of twists/meter, in correlation to the average data
that is being used with the communications.


If you look inside Cat5, 5e, cat6
You will find different twists per meter.
In fact, each colored pair have their own specific twists/meter
There are calculations to determine the effects of the twisting


Without knowing specific frequencies and amplitudes
It would be hard for me to calculate the best dual-helix approach.
I assume the pdf is talking about an equal twist-distribution
But in terms of twists per meter, it seems the pdf skips right over that detail
And goes right into testing without any test equipment. (kind of sketchy?)


If your signal is traveling a few inches or even a few feet, it has no effect.
But when you get into 10's of feet, 30, or 50 feet of wire +
there can be large differences between a twisted pair pancake, and a flat one.

[Jack Noskills]

Reason why I think twisted pair not more effective than side by side is the space between adjacent turns: it is larger with twisted pair. But of course this can be tested and compared if possible.


As for pictures, just look at how others have done it. Over ten different versions and all had the energy flow in the form of white spark. Unfortunately I did not realize energetic to electric induction until just recently so not much testing with those. Maybe some experimenter is still here and could give more info in the form of scope shots ?


What has been confirmed is that 9V electric field potential turned into 40 DC when using a 47 nf capacitor. But ground connection was not tested so a bit inconclusive.

[sm0ky2]

When the field of a dual-helix is considered
It is viewed as a single coherent field. Or column


In transmission wires that use multiple twisted-pairs
Each column is considered when examining the effects
Of one upon the other.


This is the method of engineering the ratios of each pair
in a large bundle.
Such as Ethernet cable, or large phone cables.


Most people only see this on the Ethernet side, telephone
technicians are rarely trained in the physics model, as it doesn't
affect their jobs. They learn color coded plug and play instructions.
And the ability to tune a pair to find its ends. That's all they have to
worry about.
It's the people that make the cable that do this type of math.


A cylindrical radius can be taken around the twisted pair
within which are known field values.


It is this column or cylinder that is considered when coiling
the twisted pair.
Not necessarily the physical distance between each individual wire.


Think of a single wire coil, formed into a toroid.
the field created by the toroid is a larger volume
that the field created by the coil.

[sm0ky2]

The toroid example represents a 'single turn'
in the twisted pair coil