James Roney's breakthrough: Runway Plates

[Rapadura]

Magnetic shielding is a real phenomenon, and I think he was in the right track...

[FatChance!!!]

Then you are probably one among a very few believing in this!
Magnetic shielding is not the way to overunity.
That's been proven and tested, over and over, for countless of times.
The rest of us know magnetic shielding does not exist and is a dead end. Period.

[Rapadura]

The rest of us know magnetic shielding does not exist and is a dead end. Period.

Magnetic shielding does not exist???

I think you are trying to say that YOU don't call the phenomenon "magnetic shielding" because "the magnetic field lines are just being redirected".

Well, I don't care. The effect is the same. At the other side of the "shielding" there is not magnetic attraction or repulsion. So, it acts like shielding.

The picture bellow shows a simple test I did. I don't have neodymium magnets yet at home (I hope my order of 40 neo mags will arrive this week), but I have an aluminium plate, a metallic coin and a very small ferrite magnet. And that's enough to prove that magnetic shielding exists:

[FatChance!!!]

No, magnetic shielding does not exist in normal temperatures.
But magnetic absorption or redirection does exist. This is not shielding as you wish for.

Any magnetic shield is attracted to the flux lines and absorbs them.
This makes the shield very attracted to the magnet.

A true shield would deflect the flux lines but this takes super cooling into super conducting state.
You can see this phenomena in the levitating magnet experiment.
http://www.youtube.com/watch?v=CpH_TD_SVTc

Any other shield is being attracted to the magnet and it can't be used in magnet motors.

[Rapadura]

Any other shield is being attracted to the magnet and it can't be used in magnet motors.

Yes, I agree...

There is attraction between any metallic plate used as shield and the magnets on the rotor. This is precisely why I wrote:

Never use magnets on the rotor when you are using magnetic shielding in the stator, because magnet shielding is metal plate, and magnets (on the rotor) are attracted to metal plates.

If you're using magnetic shielding in the stator, use simple steel balls in the rotor. Steel balls aren't attracted to metal plates.

James Roney's mistake was to use magnets on the rotor. Replace the magnets by steel balls and there is no attraction to the shielding.