Monopoles, by only using Permanent-magnets

[postingsite]

   As I mentioned in my previous post,  it would be excellent if we had some links or diagrams about the    "singular-pole magnetic beam. (magnetic laser)"    that   sm0ky2  mentioned,    but some of those   tri-force  threads have too many pages to read through

    In the first diagram in my first post on this thread,   the poles in 'Version( A )', 'Version( B )', 'Version( C )', 'Version( D )', 'Version( H )',   should be switched around

    A much easier way to make some of my  Monopole-designs,  in particular  'Version( E )', 'Version( H )',   'may'( ? )   be to use a  Diamagnetic material such as Graphite to try and shield or deflect magnetic-fields
      For example,  the 'Cylinder-Permanent-magnet-'Magnet-X'  in  'Version( E )' could be made of Graphite,  which I assume would enable it to be very long, and prevent the N and S of    'Magnet-W'  from connecting with each other
   
   Note - a tiny piece of Graphite can float in between 2 long magnets,   however,  the picture on the following webpage, could( don't know ) disprove the choice of  Graphite
    http://scitoys.com/board/messages/1/434.html?1289671297
______  ______

   @sm0ky2
     sm0ky2 mentioned on a thread that when he applied current to 2 hollow metal-spheres, that they remained locked together after he disconnected the current
       -  Maybe it was some type of  'Charge-Seperation'( Electrostatic ) like in an Electrophorus, and maybe the sphere's also held the charge inside ,  unless it was magnetic or electromagnetic
______  ______

    Note : I have now thought up a possibly( ? ) even better Monopole-design, 
        - That would be to simply attract the N end of a  permanent-magnet( A )  so strongly( with an external force ),   that the S end of permanent-magnet( A ) will not connect with it's own N end,  doing that with some type of external  magnet or electromagnet or something( unless an electric force can somehow be used )

[Acca]

 Just read this thread, looking for a monopole ??  I did a video for  my YT post in 2012  link below..

Acca...

https://www.youtube.com/watch?v=W_Az_sZXjHU

PS  .....Look  in to Floyd Sweet on programing magnets.. hint...

Mon-pole scientist view is ....

Alan Tennant explains what magnetic monopoles are, the most challenging aspects of the experimental setup for their observation at Berlin research reactor BER II, the significance of their discovery for future applications and the international collaboration with research groups.

https://www.youtube.com/watch?v=zgios9zEuJ4

[truesearch]

@postingsite,

I still haven't found where the "tri-force" magnetic-laser is described. . .


But here are some magnetic-beam links ~ one from this site that didn't ever get fully test the way I remember:
http://overunity.com/10126/magnetic-lens/#.Wo8p6K6nHIU


or
http://www.rexresearch.com/bushman/bushman.htm


truesearch

[postingsite]

 @truesearch
     Those links are great,  there's patents,  and they seem to claim this was the antigravity propulsion

     It would be great if anyone can sometime post a video of a  Permanent-Magnet-Laser

     sm0ky2 seems to have detailed how to replicate it,  on the following post :
         http://overunity.com/17578/successfully-looped-smot/msg517021/#msg517021

From what little could be learned from the magneticnlaser experiment
is was a field compression effect
It can be done with the magnetic meridian, as well as either pole.
But the simplest form
was n-n-n
or s-s-s
Repelling each other, until the center field collapsed into a finite beam.

      sm0ky2  typed :
         "Repelling each other, until the center field collapsed into a finite beam"
            So he says beam instead of laser,   but he may mean laser,   since earlier he described the distance as being several meters

          Also,  I'm wondering where he typed :
          "until the center field collapsed into a finite beam"
              Was it like a temporary pulse, or like a permanent beam/laser
           

[sm0ky2]

Those are my terms, to give a description of the effect.


It could more accurately be called a linear magnetic field.


Temporarily permanent, as it decreases the strength of the magnets.
As will any situation where you force magnets into repulsion for long time periods.