Huge Bang Theory Challenged - Universe Should Not Have Lasted for More and More

Cosmologists from Britain are confused: they deduction that the universe should not have lasted for extra than a second. This surprising assumption is the outcome of amalgamation the newest interpretations of the sky with the latest result of the Higgs boson. According to Robert Hogan of King's College London (KCL), who obtainable the new research on 24 June at the Royal Astronomical Society's National Astronomy Meeting. Behind the Universe created in the Big Bang, it is supposed to have enthused out over a short period of quick growth known as 'cosmic inflation'. Even though the particulars of this procedure are not yet totally understood, cosmologists have been able to create predictions of how this would influence the Universe we understand currently. In March 2014, scientists from the BICEP2 collaboration claim to have identified one of these predictable effects. If correct, their outcomes are a major growth in our understanding of cosmology and a corroboration of the inflation theory, but they have established debatable and are not yet completely recognized by cosmologists.
Huge Bang Theory Challenged - Universe Should Not Have Lasted for More and More
In the latest study, researchers from KCL have deliberate what the BICEP2 interpretations mean for the constancy of the Universe. To do this, they connected the outcomes with new developments in particle physics. The finding of the Higgs boson by the Large Hadron Collider was proclaimed in July 2012; ever since, much has been understood about its property. Measurements of the Higgs boson have allowable particle physicists to show that our universe lies in a valley of the 'Higgs field', which define the way that other particles have mass. Though, there is a dissimilar valley which is far deeper, but our universe is avoiding from plummeting into it by a huge energy barrier. The complexity is that the BICEP2 outcomes forecast that the universe would have conventional huge 'kicks' during the cosmic inflation step, pushing it into the extra valley of the Higgs field in a fraction of a second. If that had occurred, the universe would have fast shrunken in a BigCrunch.
"This is an unacceptable forecast of the theory because if this had happen we wouldn't be around to discuss it" said Hogan, who is a PhD student at KCL and led the study "If BICEP2 is shown to be right, it tells us that there has to be attractive new particle physics beyond the normal model" Maybe the BICEP2 outcomes include an error. If not, there has been some other, as yet indefinite, procedure which closed the universe from- collapsing.

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