Scientists begin hunt for mysterious 'God particle'
Washington, May 25: Scientists are hoping that the Atlas detector, which is one of six particle physics experiments part of the Large Hadron Collider, will help unlock some deep scientific mysteries and perhaps even lead to discovery of the Higgs boson, dubbed as "the God particle". The Large Hadron Collider is located at the European Organization for Nuclear Research, known as CERN, near Geneva, Switzerland. Physicists the world over are hoping that the Atlas detector would lead to the finding of Higgs boson, sometimes called "the God particle" because it is believed its discovery will refine the understanding of exactly how the universe came to be and how it functions, and how mass came to be in the first place.
What the Atlas subsystem does is that it detects subatomic particles called muons. These particles have little interaction with each other or with other matter and are formed as a byproduct of the collisions between protons, the nuclei of hydrogen atoms. The collider will provide far too much data for scientists to log all of it, so the first appearance of muons can be a signal that scientists need to record information on collisions taking place at that time.
According
to
Professor
Henry
Lubatti
from
the
university
of
Washington,
"They
are
like
little
messengers
that
tell
us
a
potentially
interesting
event
may
have
occurred,
a
signal
that
we
should
look
more
closely
at
that
event." Potentially
that
could
lead
to
direct
evidence
of
the
elusive
Higgs
boson.
"That's
just
one
example
of
the
detector's
value.
There
are
many
other
interactions
that
produce
high-energy
muons,
so
it
is
very
important
to
be
able
to
observe
these,"
said
Lubatti.
The
Large
Hadron
Collider
could
also
lead
to
better
understanding
of
the
fourth
fundamental
force
-
gravity
-
in
terms
of
particle
interactions,
and
help
solve
the
puzzle
of
why
gravity,
while
perhaps
most
recognizable
to
a
lay
observer,
is
the
weakest
of
the
fundamental
forces.
ANI