Single Wire Power - A Search for Ambient Power to do Wwork

[DavidE]

Is there really only one form of power, and just countless variants all starting from seed potential?

To some degree are all circuits open?

On the bench, I have experienced different kinds of power that have opposing characteristics. Some honor resistors, some completely ignore their presence. Anode and cathodes change places to the point that in certain conditions - anode and cathode is meaningless.

To respect the universe, we must accept that all perspective is ultimately just a choice of illusion.

"Reality is merely an illusion, albeit a very persistent one."
-Albert Einstein

To enter this new world of potential, its important that we let go of what we thought we knew. We start humbly, we develop a new narrative of power that is inclusive in a comprehensive way. We need to free our minds to connect with the larger stream of consciousness and put down our dogma. We need to trust that as we prove worthy, more and more will be revealed. For now, we must break some rocks. We must ask ourselves and others the opposite of our "common" sense.

Otherwise, we will continue to walk in circles.

[Bob Smith]

Is there really only one form of power, and just countless variants all starting from seed potential?

To some degree are all circuits open?

On the bench, I have experienced different kinds of power that have opposing characteristics. Some honor resistors, some completely ignore their presence. Anode and cathodes change places to the point that in certain conditions - anode and cathode is meaningless.

To respect the universe, we must accept that all perspective is ultimately just a choice of illusion.

"Reality is merely an illusion, albeit a very persistent one."
-Albert Einstein

To enter this new world of potential, its important that we let go of what we thought we knew. We start humbly, we develop a new narrative of power that is inclusive in a comprehensive way. We need to free our minds to connect with the larger stream of consciousness and put down our dogma. We need to trust that as we prove worthy, more and more will be revealed. For now, we must break some rocks. We must ask ourselves and others the opposite of our "common" sense.

Otherwise, we will continue to walk in circles.

Music to my ears!

Folks remember what Doc Stiffler was doing, "pinging" the "spatio-temporal lattice," the aether, to "cohere its energy into his SEC circuit? Blast from the very relevant past:

Hello;

I present a question to those that have a SEC Exciter, what is the minimum parts count (configuration) of an Exciter that is required to obtain HV in excess of 300V from an input of 18V.

No! you do not use a step up transformer and you do not use voltage multipliers. What you do is to ping the 'Energy Lattice' and capture the return.

Sounds and is simple. What is required is a 'Spatial Gate'.

See a new section I am starting at drstiffler.com

Willing to participate here if you are a worker and not a talker like on another forum I left because it was full of dysfunctional people. I want to provide as much information to working researchers as possible, but will not accept ignorance.

BTW

I do not believe in OU, what it should be called is CEC for 'Cohered Energy Coefficient', which is a far more accurate way of looking at things. A conversion of one energy form to another with a 'mathematical' gain. No creation of energy, just a cleaner conversion between forms.

[mikrovolt]

The angus wangus diagram is an attempt to arrange components as conventional and non-conventional (ouch &!*) we really need to keep the capacitors as a whole entity.
Those are the charge separators ! enough of what I think. Since Tesla designed the hair pin circuit why not use Tesla's logic. The 95:5 ratio

You have a choice of using 95% electromagnetic energy and 5 % static
Tesla suggest you use 5% electromagnetic and 95 % static.

Now back to the copper shunt bar used on the hair pin.
Tuning hair pin and one wire in a cold electrical mode there are nodes.
The length between the nodes is charecteristic such that there exist
a gradient of potentials this brings possibilities because of potential
difference is useful. A point to remember along with the ohm load is backwards.
With cold electricity the higher the ohm the brighter the bulb.
vs electromagnetic the higher the ohm the dimmer the bulb.

On a single wire cold the magnetic content being 5% is derived at the terminal end.
the 95% potential is derived at the terminal end of the one wire also. The energy
source is coming from the tesla coil. If you leave out how cold electricity works
then you can leave out ambient and not use complicated words.

[erfinder]

It would be a wonderful start if all invested participants, regardless of belief system could recognize that the "hairpin" topology was not limited in its application to the circuit which has been provided by Dr. Green. I choose to ignore Mr. Wagnus.

We find the "concept" albeit, slightly modified in:

http://patentimages.storage.googleap...US568179-1.png

Fascinating circuit, fascinating concept. Concepts which can and have been expanded on, by the inventor himself or one with the proper understanding. One such advancement was provided by the inventor himself, it can be viewed here:

http://patentimages.storage.googleap...US568180-0.png

With this second image I am reminded of the apparatus depicted in the "Apparatus and Method of Conversion". The AC/DC machine.....

This is an important topic, I hope you all dig as deep as you can. I found a few of my answers after it was understood that the hairpin and variants on that concept had a practical application in electromechanical devices, didn't have to contemplate long, its in black and white....


Regards

[med.3012]

just an idea about hairpin circuit , i think it can be understood when thinking about the real geometry of cold electricity !

[dragon]

The discharge impulse creates a wave on the copper bars - the bulb lights when the connections line up with the opposing voltage nodes.

[dragon]

Maybe of interest... snips from an old book...

[boguslaw]

dragon

give us more , more ....

[dragon]

Relating to the hairpin, a circuit I played with in the past with some interesting results...

The main power circuit (battery circuit) is isolated from the resonant coil so it can be made to operate quite efficiently. The resonant circuit functions on the radiant impulse generated when the transistor is turned off.

Timing is taken from the high side of the resonant coil which presents a problem and needs to be controlled to some degree. The transistor is an MJE18008 which is rated at 8 amps - 1000 volts and handles it fairly well. I've run the high side well over 2000 volts without any major problems.

I use a pair of air variable 2000 volt 1000pf caps to adjust the load. The high side adjusts voltage, low side adjusts current. Both have to be set to the lowest capacitance to start the system then adjusted for maximum current/voltage through the bulb.

The resonant coil is made using bare copper wire - no magnet wire or PVC insulation - 80 turns 15ga on a 3" form wound as a bifilar using rope or string that is about the same width as the wire. The rope simply insulates the windings and maintains proper spacing. The bare wire allows for tuning adjustments. The impulse cap can be experimented with, start with a 0.1uf the timing cap in the range of 250-400pf depending on ending variables - lower is better - adjustable caps are helpful to control current into the base of the transistor. As current builds up in the resonant coil so does the current on the base

The impulse coil is 40 turns of 20ga magnet wire wound on a 3/8" x 4" ferrite rod. Good earth ground is a must.

I'm sure there are things I've forgotten and/or take for granted as general knowledge. Lastly, this is NOT overunity, it simply takes advantage of existing ground currents.

[dragon]

Relating to the single wire energy.... kind of a cross between Dr. Stiffler and Mr. Dollard with a frequency differential of Phi....

The coils are wound on a 2.5" PVC tube ( 2.7 od ), pretty quick and simple nothing elaborate...

This one will light 4 watt 120 volt bulbs off the ends and a low voltage bulb on the tank - input requirement is 30-50ma at 12 volt - bulbs are not super bright but it's a great learning tool without a lot of expense or time.

Also a video I posted some years back of a single wire to a standard junction box with an aluminum block as the capacitive storage https://www.youtube.com/watch?v=864FTN-KeQg

[DavidE]

If we are open to it - a transistor can deliver spark gap "effects" at low power levels - and lengths of wires can demonstrate capacitive "effects."

Once this threshold is achieved Radiant/Ambient floods every part of the circuit - and it can be collected wirelessly.

[Bob Smith]

Dragon,
Thanks for sharing your experiments, diagram and Tesla info.

This next comment is addressed to anyone who will care to engage, including you, Erfinder...

Eric Dollard has demonstrated how resonance effectively separates the magnetic-current component of electricity from its dielectric-voltage component. Ken Wheeler posts some interesting wider background information on the interplay of dielectricity-voltage and magnetism-current in magnetism here:
https://www.youtube.com/watch?v=KooPsEE7E-Q

I would take EPD's findings and Wheeler's elaborations as the beginnings of a proper theoretical background for approaching the question of tapping the ambient/aether/dielectric realm for power to do work. If we can bring coils into resonance, and know how to tap them in the proper way, we can access the dielectric realm's limitless reservoir to do work, and much more.
Bob

[Bob Smith]

If we are open to it - a transistor can deliver spark gap "effects" at low power levels - and lengths of wires can demonstrate capacitive "effects."

Once this threshold is achieved Radiant/Ambient floods every part of the circuit - and it can be collected wirelessly.

I wholeheartedly concur.
B

[Bob Smith]

Transistor as Sparkgap - Proof of Concept

David,
I wonder if Jeanna's use of the JT in place of a spark gap is proof of concept for your statement above (re. replacing spark gap with switching transistor) for scaled down version of hairpin setup:
https://www.youtube.com/watch?v=4gj7IFCXw9Q
Bob

[mikrovolt]

In this video of conventional spark gap, spice simulation and oscilloscope method.

The spice current spike shown in red should be possible to see on a scope
using a current probe. The current waveform also. I think there is room for
modification for further efficiency.

The MJE18008 sounds interesting.

https://www.youtube.com/watch?v=N7gPeIVVy0A