Wednesday, 22 June 2016

Higgs Boson Magnetism (127)

Let’s talk vectors; Higgs boson magnetism vectors are well shaped and their design has some of my explanation to Higgs boson magnetism building. In this post I would like to show you some of my design to Higgs boson magnetism vectors in order to have a deeper idea about Higgs boson magnetism field. I am interested to present five graphs to give a good meaning to this post.

The first graph (111) is showing Higgs boson magnetism with it’s correlation, the red and black colors are particles with their anti-particles and the yellow and the green colors are correlation to both particles, what I wanted to say from this graph is that Higgs boson magnetism is constituted by four elements acquiring power from the push of each other, and this is what makes them pulling each other back.


The second graph (112) is showing Higgs boson magnetism particles in green color and their correlation in yellow color; Higgs boson magnetism particles always take a sinusoidal wave shape and their movement is always backwards, and their correlation is imminent to occur in order to make their power of pulling possible.




The third graph (113) is showing Higgs boson magnetism particles in sinusoidal waves shape; these sinusoidal waves started at the smallest shape with the smallest amount of particles and they become bigger and bigger with higher amount of particles.

The fourth graph (114) is showing Higgs boson magnetism particles and their correlation at their maximum pick; and this means when inflation is at the highest level, particles movement becomes more vertical than horizontal and this is due to Higgs boson magnetism slowdown.

The last graph (115) is showing Higgs boson magnetism particles in green and their correlation in yellow and both their correlation is in red. The surprising thing here is that Higgs boson magnetism seems with three elements and not four; the meaning from this graph is that the correlation of particles and anti-particles could be presented in one element.


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