There are thounsands manners to explain Higgs boson magnetism inauguration
frame, and I am lucky to have time to add few lines to put the light on how
possible to build this frame. In this post I am interested to add the jetstream
as a headline inside Higgs boson magnetism inauguration frame; by comparing the
jetstream in earlier years before 2011 and the jetstream of 2017, I think that
many key points should be looked at.
The shape of the jetstream before 2011 was more straight instead of
passing through North America, North UK, North Indian then Japan, but now we are seeing
that the jetstream has taken a complete different shape; this shape is broken
with south or north direction and this means that winds of the old era don't
exist anymore, and all the movement of particles in the higher atmosphere are
depending on Higgs boson magnetism movement. I think that the headline of the
jetstream inside Higgs boson magnetism inauguration frame has millions of words
to explain, and meteorologists should have a word about the causes of the
formation of this new shape.
Picture showing the new shape of the jetstream
The jetsream is also becoming larger and larger to occupy most of Europe
and this is because of bigger and bigger depressions formation; and these last
are simply born and grown because of Higgs boson magnetic particles waves
pulling to their particles to integrate inside them others. I think that the
jetstream will become large and having the size of most part of the north of
planet earth. By including the size of the jetstream inside Higgs boson
magnetism inauguration frame, this last will be well consistent.
Picture showing larger jetstream
The jetstream of the new era of life is capable of mixing large amount of
hot air and cold air and this is because of it's power of pulling which is
supported by Higgs boson magnetism, it's visit to the extreme north then to the
extreme south makes temperature dropping very fast and that's why we are seeing
the change in weather from summer to autumn and from winter to spring in very
short time.
NB: Pictures above are from BBC
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