PERPETUAL-MOTION  PERMANENT-MAGNET  FARADAY-MOTOR

A non-electric Faraday-Motor,  which just uses permanent-magnets.

THIS MOTOR DOES NOT USE  MERCURY ( OR SALT WATER )
This  Faraday-Motor  'does not'  use the liquid mercury ( salt-water in other versions )  that Faraday-Motors usually use. 

Replace the wire in the Faraday-Motor  with a LOOP made of Neodymium-Wire( if that really exists ) or some other permanently-magnetic thing that would have the same effect(  making sure that only one side of the loop( one strand ) interacts with the permanent-magnet at the centre of the motor .

NOTE : I'm suggesting a LOOP,  incase the incredible phenomenon called  'Persistent Current'  could exist in the material used,  because 'Persistent Current' has been proven to occur in  NON-SUPERCONDUCTOR materials.

THIS MOTOR WOULD HAVE TO USE A   'MAGNETIC-BEARING'

(  'Ideally',  instead of a LOOP made of Neodymium-Wire,  it would be a LOOP made of a room-temperature Superconductor-Wire( like Stanene or Graphene ),  WHICH COULD ADDITIONALLY ALSO TAKE ADVANTAGE OF THE INCREDIBLE PHENOMENON CALLED   'PRESISTENT CURRENT'  ,   but that would only be absolutely 'Ideally'  )


IF THIS MOTOR WOULD NOT WORK
The question would be what is the difference between the magnetic-field around a wire( with electricity flowing through it ) and the magnetic-field around a Neodymium-Wire-Loop.

Could it be that a magnetic-field around a wire( with electricity flowing through it ) has some type of a cog-wheel like outer edge( outer most surface ) because it is generated by electricity,  unlike the assumedly  smooth outer edge( outer most surface ) of the magnetic field of a permanent-magnet.


NOTE :  Hours after I posted this actual post( this paragraph is a 'modification' of this post ) I realized,  correctly or not,  that the propulsion in a normal   'Faraday-Motor'( electric-motor ) is probably due to a jet like effect( electrons coming out ) between the wire and the mercury( ( salt-water in other versions ), but I don't know. 
At worst,  the  Neodymium-Wire would just hang in a stationary-orbit near the central permanent-magnet,  at best it would spin around.

Since I started this thread,  several hours ago,  I realized I made some big errors in the  'original post',   so I have corrected those errors by modifying  'the original post'

.

I have now drastically simplified this motor .

The following webpage,  has a  MIND-BLOWING  explanation of how the  'Homopolar-Motor'  works,  just read the post which contains the word   'tangential'  .

https://www.physicsforums.com/threads/homopolar-motor-explained.300468/

After I read the above web-page,  I played with some small  permanent-magnets( shaped like flat round watch-batteries  ),  and I seemed to get some  propulsion  )

I'm not even able to build this incredibly simple motor, unfortunately.

(  Strangely,  I think I'm onto something here,  a resulting  'tangential' force resulting from the interaction of magnetic fields that are  slightly more than,  or slightly less than 90-degrees different to each other,   and the flexibility of the string in the Diagram below  )
 
(    If you build the motor below,  try it with either the slightly different string lengths( as shown in the diagram ) ,   or ,  with equal string lengths.       
     Since string is flexible,  it will do strange things on its own.   Eventually the string would be replaced with a  rod  connected  to a magnetic bearing ,  which would give it some strange flexibility  )

In the diagram below,    a bar magnet( suspended by two lenghts of string ) is in  'orbit'   around another bar magnet( which is sitting up-right )  ,  you'll notice that the two strings are different lengths ( thats to replicate  the results I got last night ).