Steven Marks secret

[Yucca]

this is just a capacitor with a liquid conductor (saline solution - as in salt water).

Electrolytic capacitors have a polar dielectric which is very inusulating in one direction, but not in the other direction.

I read somewhere, cant remember where, that when an electrolytic cap is freshly manufactured the only thing that designates polarity is the case marking.

Only when it starts to be polarised in circuit does its plate chemistry become asymetrical.

So I guess if you used a brand new one and connected it to true AC (avg zero V) then it might never polarise but it maybe a bit slugish if each plate becomes coated a little.

Can anyone confirm this, I read it many years ago somewhere, i think

[Mannix]

@yucca

just put an electrolytic in reverse and you will learn about this bit!...stand back and open the windows.

[giantkiller]

LOL! Wear goggles.

[tishatang]

@Otto
Sorry I can not see your video.  Youtube blocked here in China, as well as metacafe.  Really miss this source to the outside world.

@All
I came up with this idea.  Will it work?

Wrap a bifilar coil around a torus shape, ala TPU.  This will be one soft bare iron wire and the other insulated copper.  The copper wire will insulate the bare iron wire from shorting and will provide high Q due to the separation of the wires.  The iron wire inductor will have a cap across its ends and tuned to 200Khz as a parallel res circuit.  The copper wire inductor will have a cap in series and tuned at 200Khz as a series resonant circuit.  Wind on top of this biflar coil, a collector coil going all the way around.  This collector coil will be wired with a cap forming a series resonant circuit tuned to 5Khz.  For safety, detune everything slightly off.

The theory is this:  On the parallel res circuit, as the volts to up, the amps go down, no gain in power.  On the series res circuit, as the amps go up, the volts go down, no gain in power.  However the collector coil on top will be influenced by both res circuits and hopefully will collect high volts and high amps at the same time, resulting in power increase.  The iron wire will link with the magnetic field of the earth and also possibly cause a slight phase shift between it and the copper wire.  This will cause rotation of the magnetic field the same as in an AC motor.  The only thing left is to add the pulse input coil of either 200Khz or 5Khz , or both.  Also, maybe to add a feedback and control coil.

Tishatang

[otto]

Hello all,

@tishatang

Im sorry that you cant see videos.

But trust me, you missed NOTHING!!! I only showed the people that a coil can be pulsed with say 200kHz more or less kHz and the coil "creates" another signal, lower in frequency .....  nothing spectacular for the people here. Or in clear words, I showed them BEMF.

Almost forgot: I showed also that my coil is levitating because its sitting on a strong magnet and the people could see my naive face.

As said, you missed nothing!

Otto