Large Hadron Collider was sidelined three years ago from groundbreaking discoveries for purposes of maintenance. The Higgs Boson facility which is commonly referred to as the “God Particle” is said to be the world’s most powerful smasher and as reported by Financial Times. It was believed that its upgrading would ensure that it is able […]
Large Hadron Collider was sidelined three years ago from groundbreaking discoveries for purposes of maintenance. The Higgs Boson facility which is commonly referred to as the “God Particle” is said to be the world’s most powerful smasher and as reported by Financial Times. It was believed that its upgrading would ensure that it is able to dig deeper into the dark matter which apparently will only interact with the ordinary matter through gravity.
Never the less the Collider which was only discovered after the use of LHC and it is known to give mass to other particles is now back to action. At the speed of light, it is able to blast protons. In addition and with its power, it can detect elusive superparticles which are said to be more massive than their partners.
Using this new model, Physicists will be out to test that Higgs Boson can literally be fragmented into elements of dark matter. It will go further into relating different elementary particles which would have been found on the standard model and especially so the dark matter. Earlier on and before the discovery of this new model in 2011 at the CERN, it was believed that the Standard Model was the final one.
At some point,it is possible that by a simple destruction of a light particle commonly known us photon, alongside a particle of dark matter, it is thought that Higgs Boston is able to provide energy for the dark matter. However this new theory still does not completely explain why the better part of the universe is made up of the dark matter.
That said, there are two teams currently on the ground under the lead of Christopher Peterson running different experiments to establish the distinct qualities between Peterson’s standard model and Higgs Boson. It is still not very clear what results should be expected from the two experiments that are in full swing now since past studies have failed to give sufficient information on the success of Peterson’s model.
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