Successfully looped SMOT

[synchro1]

New new fast food franchise: Tinsel Kenturky Fried Chicken.


I added a new comment to my negative inductance and magnet field thread to help.

[postingsite]

       
     So maybe there could be an Electrostatic version of an SMT,  but much more difficult, and there'd be no point if a  magnetic one loops continually

      Note,  the video moves around in the the 2nd scene,  so I doubt there has been any editing

[postingsite]

  I  didn't  know that there may also be some  Solid-State  overunity-self-powered generators actually available,    but still,  since they're not recognized outside of where they make them,  which would give them all the protocols( etc ) of normal products,   it makes it very difficult to consider buying one 
   Although,  for those people who personally know( close friends etc ) people who have received a functioning product,  they would hesitate less,  since they can then inspect it etc,  before buying one
_____  _____ 

   @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 'Electro-Static-Charge-Seperation' , and maybe the sphere's also held the charge inside ,  unless it was something magnetic or electromagnetic

      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

       If it is correct that the magnetic-field is actually the  electric-field,  then maybe an  'Electros-Static'  version of the  'Permanent-Magnet-Laser'  mentioned  by  sm0ky2  could also be achieved.
         I say that,  because I wonder if inside a highly  positively-charged  piece of styrofoam( electret ),  if there is an equally( ? ) high negative-charge(  inside of the styrofoam( electret ),   which is similar to a  Permanent-Magnet

[postingsite]

       If it is correct that the magnetic-field is actually the  electric-field,  then maybe an  'Electros-Static'  version of the  'Permanent-Magnet-Laser'  mentioned  by  sm0ky2  could also be achieved.
         I say that,  because I wonder if inside a highly  positively-charged  piece of styrofoam( electret ),  if there is an equally( ? ) high negative-charge(  inside of the styrofoam( electret ),   which is similar to a  Permanent-Magnet

    I forgot to add,  that in order to make an 'Electros-Static'  version of the  'Permanent-Magnet-Laser'  mentioned  by  sm0ky2,   you would have to push a  postive-electrostatic-charge  to one side of an electret( eg. styrofoam ),  so that the electret( eg. styrofoam ) would have an 'Electros-Static'  N and S pole  .

[sm0ky2]

Maybe not.....


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.
Which suggests that, yes we should be able to do it with 3 charged conductors.
using electrostatic fields of either polarity.


The test should be simple enough
The way it works is: two fields approach from an angle on each side
Like from kind of behind the 3rd field
Like the shape of the two-force
But using 3 like poles on one ball
So electrostatically, it would be 3 charged spheres in the air (not touching) but forming a triangle
Basically forcing the charge in.the sphere to the outer curvature away from both of the other 2
The 2 approaching spheres should be further from each other than they are to the 3rd
so the more to the sides than a perfect equilateral triangle


There were different approaches, with varying degrees of success and failure
But that's the basic idea behind it
Force the like-polarity into a small space (compress the field)
and it stretches out into a line instead of looping around through space like it normally would.