Siberian Kolya - Need correct diagram showing magnetic-poles

[forumblog]

Here is what I need
I need a correct diagram showing the magnetic-poles( where N and S poles are pointing ) of all of the magnets interacting in the Siberian Kolya,  in the video below
https://www.youtube.com/watch?v=mmdSSMoUT4g

(  Yes, I know that the above video looks like it needs no explanation, but I don't know if the hexagonal-nuts they used have something to do with the effect  )

(  I have tried replicating this at home, but with no luck  )

[  There is another video of this, which also uses small toy-cars,    https://www.youtube.com/watch?v=dtiMQPeYJrQ    ,  and in this one,  I don't understand what the black magnet sandwiched in between the flat square silver magnets is ,  and I cannot work out a diagram of where the magnetic-poles( where N and S poles are pointing ) of all of the magnets  ]

The video below just uses a toroidal-magnet and a cylinder magnet( made of smaller disc-magnets ),  and I can easily compare that to a diagram of a toroidal-magnet showing the little neutral-zone that occurs in it's magnetic field .
https://www.youtube.com/watch?v=nUihboGkJnE

[  There should be an individual Wikipedia page devoted to this.   I have searched a lot on the web,  but there is nothing suitable  .   If a Wikipedia page would be made, it should just stick to the basics of the effect, instead of more complex designs .   ]
    You would think that if a very light cylinder magnet was put in the little neutral-zone below a toroidal-magnet( the toroidal magnet pointing to the ground )  that then the very light cylinder magnet might levitate successfully ( but I assume it may spin out sideways ).
     Or, if the light cylinder magnet was shaped fatter at its end closest to the earth,  so that it would be stabilized by the fatter end (  but then the fat end would be more attracted to the toroidal magnet )     ]
     
    But, all I need is the diagram described in the first paragraph .

[d3x0r]

those type of ceramic magnets are N/S through the flat faces.
   
   _____
/  N     /|
/____/ /
|____|/




and on the nuts there's one north up and one north down.  the nuts will allow the N and N poles to be attached together...


Similar to correlated magnetic research (CMR)


http://www.polymagnet.com/polymagnet-catalog/  (videos at bottom)


can make an attraction and repulsion in the same area...


Here maybe I should draw a picture...

[Paul-R]

I don't know the answer.

This should interest you:
http://overunity.com/15083/the-new-generator-no-effect-counter-b-emf-part-2-selfrunning/120/#.Ve7fWHfaAgg

Spelling can be everything in Google. I think colia is a preferred spelling.

You may find this interesting:
https://www.youtube.com/watch?v=Hs94RpN9MyA

and a mention at the bottom of this page:
http://www.energeticforum.com/renewable-energy/19576-hogan-jakovlewich-overunity-generator.html?highlight=colia

[TinselKoala]

The video linked in the OP has nothing to do with Marinov's Siberian Coliu other than being mentioned in Nikolayev's book. Rather, it is what I call the Nikolayev trailer-hitch. The key to success is using spacers properly between the sandwiched magnets. Or using ring magnet + bar magnet as I have illustrated in my videos.

The video linked by Paul-R is a type of Siberian Coliu but does _not_ cover the most interesting behaviours of this system, nor does it use the proper kind of magnet rotor.  Search Google using this spelling.

Here is another good video showing some work with the Siberian Coliu:
https://www.youtube.com/watch?v=iTuDrJVzCpo
Unfortunately this system also does not show the most interesting behaviour.

If you are really interested in this system, look for Jeffrey Kooistra's "Warlock's Wheel" work when he was writing for Mallove's Infinite Energy magazine. Kooistra did demonstrate the really interesting phenomena in a simple system that you can reproduce on your tabletop.

When the device is constructed as Marinov and Nikolayev actually specified, with oppositely oriented bar magnets as the "rotor" and a single flat conductive ring "stator", free to move co-axially with the central bar magnet rotor, then you will start to see the most amazing things. The "stator" is contacted by brushes on the outer edge. When current is applied, the rotor turns one way, and the stator turns the other way. BUT... when the brushes contact the "stator" ring on the _inner_ edge, then when current is applied, the rotor bar magnets turn one way... and the stator ring turns _in the same direction_.

I think the reason you don't see more discussion of this phenomenon is that many people simply don't believe it. Look up Kooistra's work.

[Paul-R]

This, from "Infinite energy" magazine, relates:

http://www.infinite-energy.com/iemagazine/issue39/deviceupdate.html