Faraday's Paradox experiment

[Hypercom]

I invented a new type of Homopolar over on the "One magnet no bearing Bedini thread". I squeezed a diametric neo inside a copper jacket, and generated voltage through the non magnetic conducting stainless  steel axle. The copper plug covered diametric neo on a Mag Lev axle with contacts on each sharpened end would deliver power. I believe the copper curves through the stationary portion of the field.

@ Synchro1

I'd like to better understand the operating principle, you can see a diagram, a drawing? Meanwhile, I read the discussion I've suggested.

Hypercom.

[synchro1]

The ring magnet is magnetized radially or diametrically. The original Faraday spins the copper disc in flat against the axially polarized magnet. This diametric turns the copper face 90 degrees and forms a colar. The axle is attached to the inside hole of the ring, and the power output is available at the axle ends, positive and negative.

I have here a diametrically polarized 1" neo ring, with a copper tube around it, and a stainless steel axle running through the middle. This is rotated by a solenoid Bedini pulse coil. This is simple enough to imagine. Unlike the classic Faraday, the power is greater through the axle then between the rim of the copper and the axle. This is a great advantage. I just tried it out and found that it works this way. It's real easy it understand why. It's also very easy to replicate. Think about it. Try and turn it around in your mind, picture the framework and the relationships.

[Hypercom]

@Synchro1

I got an idea, but I do not understand what does the steel with copper, steel is only a stand or part of the electrical circuit? This is a draft, graphic design helps much more than translations ...

Regards. Hypercom.

[Rosemary Ainslie]

The ring magnet is magnetized radially or diametrically. The original Faraday spins the copper disc in flat against the axially polarized magnet. This diametric turns the copper face 90 degrees and forms a colar. The axle is attached to the inside hole of the ring, and the power output is available at the axle ends, positive and negative.

I have here a diametrically polarized 1" neo ring, with a copper tube around it, and a stainless steel axle running through the middle. This is rotated by a solenoid Bedini pulse coil. This is simple enough to imagine. Unlike the classic Faraday, the power is greater through the axle then between the rim of the copper and the axle. This is a great advantage. I just tried it out and found that it works this way. It's real easy it understand why. It's also very easy to replicate. Think about it. Try and turn it around in your mind, picture the framework and the relationships.

Hello Synchro1.  Regarding this statement.

'I just tried it out and found that it works this way.'

Can you give us either a schematic or a photo?  I'm not sure that I'm following it.  Or is Hypercom's schematic correct?

Regards,
Rosemary

[synchro1]

Here's a photograph of the spinner. This one's coated with epoxy, in place of the copper tube. This is just a 1" neo tube. The non magnetic 1/4" stainless steel axel must make contact with the magnet. There're just three pieces to this Homopolar. Current can be drawn from the axel ends due to some unknown polarization influence. Even though the magnet's spinning, the copper tube curves through a portion of the stationary circuit field. This generates a current that is drawn to the axel ground. The angle of attack and entrance to the field are different from the copper disk and axially polarized magnet that Faraday invented and Bruce DePalma tested. That version would have a copper disk attached to the axially polarized tube where the orange plastic disk is positioned below, instead of a copper jacket around the diametriclly polarized one. The other difference is that the voltage potential develops between the ridge of the copper disk and the axel in the classic Faraday Homopolar, and not between the seperate ends of the axel as in this diametric version. A graphic by Hypercom on how the copper tube intersects the "B" field would be interesting.

Two double wires are visible at the bottem of the bifilar Spiral Knot. A standard SSG Bedini wil spin this 1" neo up to 35,000 r.p.m.