The description of Higgs boson magnetism
should be looked at deeply and thats why I am interested in this post to
describe Higgs boson magnetism characteristics in order to acquire a full
knowledge concerning the theory of everything. One of Higgs boson magnetism
characteristics is it’s integration to everything; as we already know that Higgs boson magnetism is the cause of everything to be born and its also the cause of everything to end; this end happens through it’s decay to all existing matter.
characteristics is it’s integration to everything; as we already know that Higgs boson magnetism is the cause of everything to be born and its also the cause of everything to end; this end happens through it’s decay to all existing matter.
Another characteristic of Higgs boson
magnetism which could not be missed is that Higgs boson magnetism is a puller,
and this means that it has the ability to pull everything back on it’s paths,
and thats why my hypothesis of the travel back of our universe is a solid
hypothesis and this travel had already begun four years ago.
Higgs boson magnetism is also an insulator;
it has the possibility to separate two spaces, and nothing has the possibility to
penetrate it. Higgs boson magnetism as an insulator was explained in “Higgs
Boson Insulation” posts and I think that further explanation will be available
to you in the future.
Higgs boson magnetism characterisation of
building should be added to this post; as we already know that soustraction is
a face of Higgs boson magnetism and it has the ability to build so many new
kind of matter such as huge amount of clouds, enormous quantity of magma, new
kind of grasses and trees, new biologic bodies such as insects and animals and even
new galaxies.
To finish this post I would like to add
another characteristic of Higgs boson magnetism which is particles’ decaying;
without doubt that Higgs boson magnetism can decay particles and this is
through it’s acceleration to particles to achieve a constant speed; this high
level of speed makes particles decaying to their lowest energy form.
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