Permanent magnet motor

[guest1289]

I have to post this idea, 

   It is based on the idea that a one-half of a bent cyclidner-magnet,  can propel a another cylinder-magnet .

      [   BUT,  THE ROTATING-CYLINDER-MAGNET IN MY DESIGN,  HAS A TOTALLY DIFFERENT TYPE OF MAGNETIC-POLARITY,   CHECK THE 2 DIAGRAMS BELOW ]

      The magnets labelled 'B',  are arranged as stators,  and magnet labelled 'A' is the rotating magnet.

[guest1289]

       It would be great,  if anyone could do the necessary modifications to the diagrams of the last two magnet-motors I have posted on this thread,  it's pretty obvious what the necessary modifications are in order to perfect them,  as much as possible .

      Anyway,  I just want to type that I have always thought that it should be very simple to drain-off unwanted eddy-currents in magnet-motors,  and have wondered why eddy-currents are always mentioned as obstacles in magnet-motor designs (  I haven't queried this, since I have no experience in this field )
       -    But, the other day I read, about how simply  unwanted eddy-currents were being drained off from audio-headphone designs,  to enable them to function correctly .

[guest1289]

Magnet-Motor-1
  Below, the diagram of magnet-motor-1,  is probably self-explanatory .
-------------
Magnet-Motor-2
   And, the next diagram is magnet-motor-2
   It is based on the idea that a one-half of a bent cyclidner-magnet,  can propel another cylinder-magnet to move forward.

      [   BUT,  THE ROTATING-CYLINDER-MAGNET IN MY DESIGN,  HAS A TOTALLY DIFFERENT TYPE OF MAGNETIC-POLARITY,   CHECK THE 2 DIAGRAMS BELOW ]

      The magnets labelled 'B',  are arranged as stators,  and magnet labelled 'A' is the magnet which is propelled forward .

[guest1289]

I wonder if it would be possible to replace the permanent-magnets in an   magnet-motor
( overunity design ),  with electrostatic-charges,  positive,  and negative

[guest1289]

(  In my previous post on this page,  « Reply #166 on: January 18, 2016, 04:13:40 PM »,  I didn't realize that electrostatic motors already exist  )

   The question I can't find an answer to is,  do  permanent-magnets( bar magnets ) actually have an 'Electric-Field' which is 90-degrees offset from their N-S axis. 
   (   It seems to have originated along time ago by an academic who claimed to have achieved electrolysis just by using  permanent-magnets,  the origin of the term  magnetrolysis .  )
   
   Obviously, a permanent-magnet  seems to have no effect on  tiny bits of paper or plastic, maybe someone should try with tiny fibres.  (  but is the electric-field of electrostatic electricity,  and the electric-field of the other electricity, identical )

   Apparently, if you freeze an electrical conductor in water( while conducting ),  the field lines of  just  the  'electric-field'  appear and remain visible in the ice .