Permanent magnet motor

[xhacks]

Check this guys: https://www.youtube.com/watch?v=pJyeSPSFAyY

[ayeaye]

Xhacks, no explanations, no theory. It's over my simple mind. There is no way how i can take it seriously, unless this thing is better explained.

[SoManyWires]

Check this guys: https://www.youtube.com/watch?v=pJyeSPSFAyY

wow, that did look pretty cool.

magnetic bearing.

[ayeaye]

Ah, that's only magnetic bearing. The small magnet sits in the hole of the magnetic field of the big ring magnet? Quite difficult to make any motor with that. And kind of useless too, that there is overunity can be shown much more easily. But a motor which barely rotates is more or less useless.

[guest1289]

If anyone can explain,   completely correctly,   and using the simplest terms that  'anyone'  can understand,    what is the difference between an   Electric-Faraday-Motor  and a   Non-Electric-Faraday-Motor( which just uses 2 permanent magnets )   ?

Why would a   'Non-Electric-Faraday-Motor'   which uses 2   'pipe-shaped-bar-magnets'  set at  90-degrees from each other,  not produce propulsion  (  see the diagram in my earlier post ). 
    I would have thought that the reaction between these 2  permanent-magnets  would result in propulsion at a 45-degree angle.

(  What is the difference between a   magnetic-field   generated by an electrical current,  and the magnetic-field  of a permanent magnet   )

(  If your answer is that in the  'Electric-Faraday-Motor',  the  magnetic-field  of the permanent-magnet   also interacts with the  flowing-electrons,   then check the angle of that interaction  :     
-  when the electricity is switched to flow in one direction,    the  magnetic-field  of the permanent-magnet   is flowing in the  EXACT-SAME  direction that the   flowing-electrons  are travelling,  although assumedly at a different speed.
-  when the electricity is switched to flow in the  other direction,   the  magnetic-field  of the permanent-magnet   is flowing in the  EXACT-OPPOSITE  direction that the   flowing-electrons  are travelling                                      )