Negative Inductance and measure of Magnetic force.

[kampen]

Magnetic monopoles can be created according to numerous Grand Unified Theories (GUT).
The idea is that at sufficiently high energies you can reach an energy range where three of the four fundamental forces (strong nuclear, weak nuclear, and electromagnetism) couple to one another and are the same force.
Such a state existed in the universe a tiny fraction of a second after the Big Bang.
As the universe cools, the universe undergoes a phase transition where a this highly symmetric state is lost (Symmetry breaking).
Depending on the topology of the group defining GUT, this can result in a number of different types of cosmic defects, such as cosmic strings, domain walls, textures, and... magnetic monopoles!
The framework to understand their creation is often called the "Kibble Mechanism", where the essential idea is different parts of the universe undergo the phase transition at slightly different times and the topological defects emerge based on which symmetry breaks (discrete, cylindrical, etc). In the case of magnetic monopoles, one needs to break spherical symmetry.

Sounds so easy right?
Just break some spherical symmetry and you get your monopoles...
Except that in order to create this highly symmetric state, you need absurdly large amounts of energy (and probably in some non-traditional geometry) that it is probably firmly out of the range of any current experiments or cosmic processes (it is estimated that the a magnetic monopole would have a mass of about 1015 GeV, compared to LHC's 103 GeV range).
Also it could be the Universe admits a particular GUT that doesn't have the correct symmetries so that, when it is broken to the standard model, it won't create monopoles. However, this hasn't stopped a team from trying at the LHC to try and create some monopoles.

In every-day energy ranges, magnetic monopole production is impossible due to the divergent less property of magnetic fields.

[kampen]

Q: Can we create a magnet with only one Pole?
A: No matter how many times you cut a magnet, we always end up with 2 poles.

Q: Is there any possibility of creating a monopole magnet?
A: NO

[synchro1]

This schematic shows the two SPDT limit switches with two outer pins connected on each switch at the top. These connections are the "Common" of the switch. The common's go to the ends of the coils and the NO/ and NC/ pins go to the power positive and negative wire taps. The NC electrode connects to the negative or ground.

This "H" bridge circuit will shuttle a Monopole piston inside the polarity reversing coil and output D.C. feedback current!


Two diodes one from each common electrode at each end of the coil connect to the positive tap. The positive of the capacitor ties into that junction and the battery's in parallel.


A Scotch Yoke connecting rod on one side would move the switch around to the end of the yoke link. A SPDT micro roller switch would work better off the yoke. Depressing the button switches power on to that side of the coil and the other side is normally closed to ground and vice versa.


The necessary prerequisite for the charging is that the output be a higher voltage then the input.



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[synchro1]

Video by zee2 on magnetic monopole:

https://www.youtube.com/watch?v=6iEnQw2Wt7w

[synchro1]

Here's a Monopole piston in a polarity reversing circuit with two batteries reversed through an op amp.

https://i.ytimg.com/vi/gp0QY_WLIeE/hqdefault.jpg