Antigravity Effect , Magnet Through Copper Tube, part 4

Paul sums up all results from over 2 hundred experiments and talks about them

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[JDMortal]

Magnets are not permanent. They are not truly N/S poles and polarity are 3-dimensions. N/S is just how they describe the "simple" fields. Polarization depends on the initial force used to generate the field, and the nano-structure of the objects density. Once polarized, (ehich is temporary), it is easy to disrupt the fields. Magnets can be polarized with millions of poles, like the earth. They "try" to spread evenly, however, your hole-magnet is showing a fractal or exponential reduction.

[JDMortal]

Continued...

In a (N) pole, there are at-least 4 poles in 3D, 2(NS) and 2(SN), stacked like a square 2x2 and again, in reverse to form a cube. Heat degrades magnetism, chemicals degrade magnetism, and the chrome/nickle coating disrupts the field. Strip-off the coating on one side, or let it get cracks, and it takes a new shape. Snap it in half, and the halves repel one another. (Thus, a crack causes a micro-repel or VOID.) No two magnets are the same, only similar on average.

[INVENTOR3]

@JDMortal do you think it is possible to make a monopole?

[INVENTOR3]

@JDMortal Thanks for all the info.  :-) Very informative,,thank you.

[AntoMelta]

I am very happy to see the vidoe after you give this Paul sums up all results from over 2 hundred experiments and talks about them

[INVENTOR3]

@AntoMelta Thank you very much for the kind words. Hmm, a lot of compliments on the same day here that are sort of similar,,,is everyone from a class project?

Thank you.

[JDMortal]

@INVENTOR3 These replies are backwards, lol...

You can also "alter" the flux with non-magnetic materials. Plastics, aluminum, gold, air, free-ions, and even light.

The flux-lines you see are bands of N/S running in a linear path, through, what we keep calling a N and S pole. There is no real North or South, that is just how we simplify the reality.

The iron filings stick, and repel near-bands, which all have N/S sides. You can see the effect better with magnetic liquids.

[JDMortal]

@INVENTOR3 You can Demagnatize, or remagnatize the magnets with a simple transformer coil, remove the core... Using a high-voltage pulse, you can remagnatize/demagnatize the magnet if it is in the center of the coil. (High voltage, low amps. Not low-voltage, high amps.)

Folded or multi-pole magnets require special processes to magnatize.

Fun fact... Smack an iron crow-bar hard on an iron fire-hydrant and it will magnatize. The vibrations "order" the normally scattered ions. Not strong.

[JDMortal]

@INVENTOR3 Yes and no... Technicly, there is no "pole"... There are fluxes. The fluxes are ordered (||||||) as N/S, or disordered (\|\//\|) unmagnatized. You can create a pole inside, thus, one pole is out... Seeming like one pole exists. However, it will quickly push-through the weak spot, creating a protruding secondary pole.

Find an online magnet maker. They can polarize them with multiple poles, singular (not truely one-pole), and in any shape/direction/angle you want. Or do it yourself..

[INVENTOR3]

@TheSaltysack yes,,,good stuff :-)