I told you that I can write about Higgs boson subject every day; and I am writing not just for writing but I am writing to make Higgs boson subject understood by everybody around the world. Maybe you will find some repetitions of my talk, but these repetitions are beneficial to the reader because they are bringing with them further explanation to the subject.
In today's post, my interest is to bring to your attention five interesting points to know about Higgs boson magnetism existence and intensification on planet Earth.
The first interesting point to know about Higgs boson magnetism is it's intensity; I think that Higgs boson magnetism has achieved a point where it's intensity has become naturally increasing; and this means that the decay of masses has become at constant increase without need to any further experiment on Higgs boson. Or in another meaning is that Higgs boson magnetism is becoming a self feeder because it's magnetic particles waves had become more powerful than any other existing waves. I think that the bombardment of planet Earth by meteorites and fire balls is a good example that reflects the higher intensity of Higgs boson magnetism.
The second interesting point to know about Higgs boson magnetism is it's composition; Higgs boson magnetism is composed by the tiniest particles, which are monitochs, and also all kinds of subatomic particles which are making a driving force of pulling to all existing particles in our universe in the opposite direction and rotation, and in higher speed in order to make our universe inflated to it's double size.
A third key point to know about Higgs boson magnetism is it's origin; Higgs boson magnetism had begun at the bottom of the first universe as a pusher to particles and to give birth to the first, second, third, fourth , fiveth and the sixtieth universes. Now, what is important to know is that Higgs boson magnetism became a puller to pull back what it did push in the first place, and the action of change from pushing to pulling by Higgs boson magnetism was made by my first experiment on Higgs boson which has created the first step of a dynamic of sending back everything to it's origin.
The fourth interesting point to know about Higgs boson magnetism is it's decay to masses; Higgs boson magnetism is built on the soustraction, which I proposed, and which is (-1, +1). The first (-1) particle occurred at the first experiment on Higgs boson from inside it, and it was added as (+1) to our universe; then, a second particle, then a third particle...etc to up to today; and this means that the first (π1) of Higgs boson magnetic field which is our universe is widening to achieve the size of the second (π2) of Higgs boson magnetic field and which is the precedent universe and which is universe (5). I think that the equality of inflation between (π1) and (π2) of Higgs boson magnetic field is a crucial point because it is at this point where our universe starts loosing it's mass and to be added to (π2).
The fiveth interesting point to know about Higgs boson magnetism is it's creation; Higgs boson magnetism, the pusher, was naturally created to build all universes, but Higgs boson magnetism the puller was created by my self accidentally during the first years of my discovery to Higgs boson. I understood many years later that Higgs boson magnetism started to feed itself without adding any experiment on it. I think that my experiment on Higgs boson was just an unpredictable cause, which kick-started Higgs boson magnetism the puller because I had no knowledge about the results of this experiment.
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