A photo from open sources PHOTO: AFP Geneva Physicists confirmed the results of their own research. Scientists who worked at the Large Hadron Collider (LHC), confirmed the results own research. They analyzed all available data, and found that the particle discovered last summer really is the Higgs boson. “Studying 2012 data years, we can confidently declare that we are dealing specifically with Higgs boson. However, we still have a lot of work ahead, ” Lifenews.ru with reference to an employee of a European organization Nuclear Research (CERN) by Joe Incandela. He added that physicists it remains to be seen what type of Higgs boson belongs particle found. To collect more data, physicists will boost collider power, CERN said in a statement. Recall that in June 2012, experts said they were able to detect a particle that in all respects fits the boson description Higgs. Then they were not exactly sure what it was “particle of God.” Meanwhile, the study of the particle allowed them to predict death of the universe. These conclusions were led by the results. studies of the mass of an elementary particle. “If simple calculations, taking into account the knowledge about the physics of the world that we now own, then I have bad news for you, “said an employee of the National Fermi Labs in the USA Joseph Licken. According to him, the universe, in which we live in is unstable. It will be destroyed by the Big Bang in a few tens of billions of years. True vacuum bubble will begin to expand at the speed of light and absorb the universe. Theory the new Big Bang, which none of the inhabitants of our world survive, was formulated back in 1982, it was supported many theoretical physicists, but they lacked data to confirm their assumptions. Higgs boson – particle discovered in the second half of 2012 with the help of LHC, has a mass of 126 gigaelectron-volt, this indicator corresponds to theoretical predictions in the Standard Model. It is believed that he gives mass to the observed elementary particles. If its mass differed by at least 1%, then the probable end of the universe would be to others, or it would generally be considered stable.
Sergey SEMAKOV
Hadron Collider Universe
