Tapping dielectric torque from STATIC COMPRESSION of two large magnets

[Turion]

(magnets)

[TheoriaApophasis]

(magnets)

neo wrapped HOW?

TUBE OF WHAT?



Picture below, see CENTER, this image under my ferrocell which looks like ANY side of any magnet under a ferrocell .......however it is "free space" NOTHING (so to say),

a complete high compression projection.


As such you are seeing a full Ether projection in 'FREE SPACE'.



See cube magnets on EITHER SIDE OF CENTER PHENOMENA,.......see the pressure "peeling backwards" away from the Ether portal (as id call it)


What is simply going on is, you're throwing the breaks on reciprocating inertia and causing a 5th polarized "face" to appear resultantly (the other 4 faces are of course the 2 + 2 faces of the 2 maggies)

Or, simply screeching break and rubber on field inertia in its low pressure-seeking reciprocation.



Doing this causes a compression of space, a spatial 'rip' and also change the co-gravitational field of an object [and by-god Ive proven that much, believe it or not]........... (ala PROOF from the math of Heaviside and Dr. Oleg D. Jefimenko)

In enormous power this is HOW a galactic jet works

[Turion]

I would say a coil of wire around the neo at the bottom of a plastic tube. I have no idea if it would work or what the results might be. I have seen magnetic fields in magnets cancelled through the use of electricity, but have no idea the cost in watts, or if what I have proposed would even work.

It might be simpler to use an electromagnet in the bottom of the tube to create the magnetic repulsion force. Possibly cheaper in watts of power used. I don't know. I just thought it was an interesting idea.

The tube does not even have to be vertical, although it would need to be at a steep enough angle that the two noes that have been forced together would fall back to the bottom once they have been shot up the tube by magnetic force.

I might even have to put the two magnets on a threaded rod that also goes through a hole in the bottom magnet and through a hole in the cap at the top of the tube. The threaded rod would act as both a means of forcing the two magnets together (With nuts on each side of the magnets) and a guide so that they don't impact the sides of the tube and bounce around as they move up and down. A magnetic piston if you will. Maybe machine the threads off the rod everywhere but where they are needed to tighten those two nuts to reduce friction.

I have no idea if any of this will work, but ideas have to begin with something. I will build it first chance I get and see what happens. It is just ONE way of putting the dialectic torque to work. John Bedini has been gluing like faces of ceramic magnets together for years, and I have a monopole I built with like faces glued together and the coils at 90 degrees to the face. However, I never ran a test to compare results of this kind of magnetic interaction to a standard bicycle wheel with magnets around it.

Dave

[TheoriaApophasis]

But, had you though of a vertical helical double pass copper coil wrapped around a thin 1 and 1/4" diameter PVC tube in which 1" by 3/4" cylinder N50 gauss NEOS (about 6 to ten) were placed one after the other in TIGHT compression?






you want THESE magnets for your screw rod testing:::


I have 3 of them myself

CMS Magnetics® N50 2x2x1" w Countersunk Hole Neodymium Magnet Block 4 PC | eBay

[Turion]

I have probably 50 round noes 1" by 1/2 inch N53 with the hole through the center. I plan on making use of those somehow. IF a rod is used as a guide, you really don't need the PVC pipe, just something to hold the rod at the top and at the bottom that it can slide up and down through. Probably a threaded brass rod would be best. And something at the bottom to hold the magnets. If this has any measure of success, then I would get these:
K&J Magnetics - Products
Having the shaft move up and down with the magnets was not my original idea, but it does serve a couple different purposes.

One at the bottom that the rod goes through and then two "bolted" together on the shaft. They are a little pricy, but if they don't work, it is probably time to abandon the project.

Since the holes in the magnets I have and the ones in the magnets I listed are 1/4 inch, Lowes has plastic spacers that will fit on i/4 inch rod. Several of these, or even some plastic tubing could be put on the rod over the thread to help eliminate some of the friction as it slides up and down. I have most of what I need, except the time to do it.

Dave