A major research with the Large Hadron Collider (LHC) at CERN in Geneva, the largest research center dedicated to particle physics in the world, is ready to try a new
particle detection even more
interesting than the Higgs Bosons
(responsible for the matter since
the beginning of the Universe).
The recent increase in the power of the LHC, could allow the emergence of the first super-symmetric particle being the first candidate the gluino. Detection could provide new clues about the "Dark Matter" that matter around us maintaining the cohesion of the Universe since the beginning, but as it does not reflect or absorb light it cannot be detected.
The NEUTRINO which is the lightest and stable particle that makes up Dark Matter, mass that holds the galaxies in the cosmos, is the aim of this researching stage.
The recent increase in the power of the LHC, could allow the emergence of the first super-symmetric particle being the first candidate the gluino. Detection could provide new clues about the "Dark Matter" that matter around us maintaining the cohesion of the Universe since the beginning, but as it does not reflect or absorb light it cannot be detected.
The NEUTRINO which is the lightest and stable particle that makes up Dark Matter, mass that holds the galaxies in the cosmos, is the aim of this researching stage.
NO NEED TO BE WORRIED; NOR WILL BE THE END OF THE WORLD ...
AND BY THE WAY...DARK MATTER IS
NOT DARK, IS TRANSPARENT AND
UNDETECTABLE
What had existed before the Big Bang?... An intuition based prospection (retrospection)
The accepted scientific
hypothesis asserts that at the origin of the Universe, matter and antimatter
existed in equal proportions. But matter and antimatter annihilate each other,
resulting in pure energy; nevertheless the Universe we observe is composed only
of matter. It is unknown why no major structures have been found for antimatter
in the Universe.
During the Big Bang -like
today in space or in earth thunderstorms- both particles were released, but
curiously only matter survived... What tipped the balance?
To put it simply, an atom
of matter consists of a nucleus of protons, and neutrons with electrons
orbiting around it. In antimatter, we speak of anti-protons and anti-electrons
or positrons. The difference between matter and antimatter would lie only in
the fact that load, weight and electrons spin in matter are the same; while
antimatter represents the asymmetry that breaks down the balance and generates
chaos.
It is speculated that the
matter which now forms the Universe could be the result of a slight asymmetry
in the initial proportions between matter and antimatter (small excess of matter after the Big Bang). It is estimated that
the initial difference between matter and antimatter must have been as
insignificant as a particle of matter for every ten billion
particle-antiparticle pairs.
So the answer seems to be logical: before
the Big Bang all would have been DARK MATTER and DARK ENERGY and a MATTER-ANTIMATTER
balance, with absolute
predominance of Dark Energy that
would have led to the explosion
in a dense concentrated tiny point of Dark Matter (the “Singularity”)
affecting the matter-antimatter
balance in favor of a rising baryonic
matter, and causing the DARK MATTER together with the Neutrinos (13,800 million
years ago), counted by 73%
of the mass of the nascent Universe; the
rest being BARYONIC MATTER: photons (15%) and atoms (12%), generated
in a random way as a result of the BIG BANG.
And the Dark Energy?
It would have been in effect, which broke the Dark Matter tiny point of density and the matter-antimatter balance, leading to the Big Bang; entering embedded and propelling (as
would be though a black hole) winning
universal space in
the dynamics of interaction with Dark
Matter in the preservation of gravitational
balance within the universe and interacting with the (then) significant
proportion of Baryonic Matter (photons
and atoms). Dark
Energy remained outside
the boundaries of the Universe vastly
greater volume, creating with the time the great expansive force.
Within the
Universe, the COSMOS dynamics was
generated from the cosmic
microwave background and quantum fluctuations
that lead to the formation of Stars, Galaxies,
Planets...
The friction and collision of the baryon elements (photons
and atoms) with Dark
Matter went dynamically generating the formation of bodies; and
simultaneously expanding the Dark
Energy within the Universe
into an exponential dynamic. Dark Matter supported
the Baryonic Matter while Dark Energy grew at an
exponential rate to predominate and generate the systemic
balance between emerging bodies (stars, galaxies-Planets)
generating Dark Matter when colliding with the Barionic Matter. The balance is
kept through GRAVITY at the boundaries
where Dark Energy and Dark Matter interact and in which the graviton would manifest in three levels:
-
Level I.-
|
At the expansive boundaries of universe
|
-
Level II.-
|
At the orbital boundaries of bodies (starrs,
galaxies, planetary systems).
|
-
Level III.-
|
The lower, until the atomic level, where the limiting
atom cloud is formed setting the boundaries of the electrons rotation around
the nucleus
|
Bear in mind that the theory of general relativity which is a
deterministic theory, models gravity as a curvature in space-time that changes
with the motion of matter and energy densities.
