Quantum Relativistic View of Magnetism

The traditional view of magnetism is that laid out below. Quantum magnatism is being observed, magnetic phenomenon at the quantum level. But Many feel quantum magnetism is a discipline can not be fully comprehended until we test the nature of magnet, is the magnet itself a quantum phenomenon meaning it is discrete.

An experiment has been proposed to prove the magnet is discrete, success means that the khumson, the name of the magnetic particle, can be viewed in many ways depending on the location of the observer. The polarization of the khumson depends on the relationship the observer  is having with the khumson in terms of location. Take the illustration below:

·         Observer A observes the khumson as south polarized.

·         Observer B will see the same khumson as north polarized.

·         Observer C will see the same khumson as a duopoly.

Observers will all be using identical instruments.

The experiment must take place, success also means that magnetic phenomenon is an energy regulator. The spin actions of a particle create a magnetic effect, this phenomenon is so that basic particle itself is in a low state of energy as possible, by releasing magnetic phenomenon it is releasing energy. This is energy regulation at a particle level, whilst photon is associated mostly with energy regulation at a bigger level, the atomic level. 

Once the khumson is confirmed we can then get one with the work of a probability function of the likelihood of a khumson being observed as north and south depending on the position of the khumson and the position of the observer.  All principles based on the above illustration that 3 observers can observe three different polarization's theoretically. 

A most amazing phenomenon, a salute to Master Einstein the obvious and simple, gives a solution. 

Bhekuzulu Khumalo

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