Working Magnetic Motor on you tube??

[Olli P Taina]

@All,

I see in http://www.ospmm.com/whipmag/ the magnets on the rotor are arranged NS SN NS SN NS SN NS SN.  Was that discussed before, is that the right arrangement for the working motor in the video?

Maybe that is just the trick that makes this thing work!
That arrangement creates 4 virtual N poles and 4 virtual S poles on the rotor and the interaction occurs always between three magnets - two on the rotor and one on the stator. This also causes the 4:1 ratio for the stator and the rotor.
Some theories suggest that magnetism has three aspects and maybe a practical working setup needs to have interaction of three magnets:
http://www.athenapolis.com/NN_MotorintheMagnet.htm and http://www.athenapolis.com/NN_FindingtheMotor.htm
http://www.fdp.nu/free_energy.asp?book=90

[romantechnologies]

Hello
How did you come by this?

[geodan]

Is that Desertphile ?? 

[Harvey]

I'm not sure that Sony will be happy that you're advertising for them!   

You make a couple of very fascinating points, Harvey.  You say that the repulsion from the rotor is palpable when the stator is stationary (and that it always chooses the repulsion face of the stator magnet in that state) yet when the stator is moving - the rotor attracts it.  Is that the case regardless whether the stator is moving gear-wise or anti-gear-wise?

Did I say Sony? Oh No its a Sanyo

Yes, the attraction is there during both GW & AGW sync. Drat !!!  I was going to purchase a spring scale today when I was out and forgot...Don't get old, it's not worth the 10% discount at your favorite restaurant.

I guess I can just fabricate one. I wan't to see the difference, I think the AGW has less pull than the GW sync but I need something better than fingers to gauge it.

I've noticed the AGW has a better chance of sync'ing if its deeper in the field, but once it starts it needs to be pulled away some for smoother operation. GW sync has a wide range of area that it will operate in. I tried to keep the two fields centered in the Y axis.

My test pieces have huge losses built in. Its encouraging to see that some of the effects Al has experienced can be duplicated even with such a varied approach as I have used.

I'll be back after the Strobe uploads.

Cheers,

Harvey

[dean_mcgowan]

OC,

Do you expect Alsetalokin will come here now that the Steorn forum is apparently defunct ?

Or is Al permanently AWOL ?

Cheers,

Dean