Large hadron Collider set a new energy record
What I want to get scientists exploiting various particle accelerators They primarily want to look at the place of the universe, from where so to say grow "roots", who thinks that scientists are actually looking for a particle "God", but I think it`s all tales from the Vienna woods. As far space stretches our universe, so far in the opposite direction extends the Micro universe, here we see no end in sight, and there is the same. Find today Boson of the Higgs, and tomorrow already we`ll find out what it consists of, and so will be a long long time:)) this search will not:)) Scientists who work on the Hadron Collider don`t believe that the universe is infinite, they do not accept the concept of infinity, and are looking for confirmation of that, but obviously won`t find and while I didn`t want to admit.
What was the universe in the first moments after the Big Bang Maybe we do and there is no time machine to look back and see everything with your own eyes, but scientists are now a step closer to recreating conditions that may have existed in the first moments of existence of our Universe. Recently, the operators at the Large hadron Collider at CERN announced that the machine has reached a stable mode of operation and is already facing particles with inconceivable still energy.
Data from early experiments show that energy they had in two times more than in the previous experiment (1045 trillion electron volts). The collision of specially selected particles resulted in the release of enormous amounts of energy and to create a primordial soup of elementary particles with a temperature of "250 million times higher than in the center of the Sun," says physicist John Jowet in the official press release from CERN.
A super heated and dense mass of particles called a quark-glionna, plasma material which according to scientists, may present in the first seconds after the Big Bang.
Researchers at CERN hope through the study of this matter, to understand some fundamental physical questions. For example, as formed of elementary particles that we know today, and why in our Universe there is more matter than antimatter.
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