CERN to announce Higgs boson observation at LHC

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- Niteman
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For just over a week, rumors have been rife that observations with 2.5 to 3.5 sigma certainty (96% to 99.9%) have been made. For it to be declared an actual discovery, however, a sigma level of five has to be recorded. A score on the higher end of the range, towards 3.5, would definitely have particle physicists, engineers, scientists, and philosophers jumping around excitedly, though. Perhaps more importantly, LHC has two detectors at the end of its 17-mile-long particle acceleration tunnel, and both have reportedly seen the Higgs boson: the CMS detector with sigma 2.5, and ATLAS with sigma 3.5. Thanks to the matching observations, “we’re moving very close to a conclusion in the first few months of next year,” said Oliver Buchmeuller, a senior member of the CMS detector team.
If the Higgs boson has been observed, its mass of 125 GeV will probably prove to be the most interesting factor. As you probably know, the Higgs boson is odd in that our Standard Model of particle physics postulates that it exists — and if it didn’t exist, the whole Model would be faulty. This would be troublesome because, so far, the rest of the Model has stood up incredibly well to the onslaught of science. Finding the boson particle, then, is a relief, but not fundamentally world-changing — unless its physical properties are “odd,” and at 125 GeV, the boson could be very odd indeed. For details, hit up ViXra’s blog, which is written by scientists far more intelligent than I. In short, 125 GeV would be interesting enough to require some rewriting of the physics books, but not so much that it would completely throw us off — it would be perfect, as far as scientific discoveries go.
As for what the Higgs boson actually is, and more importantly what it does, you should read our very approachable explainer. While it’s unlikely, there’s also a possibility that tomorrow’s press conference will be a a 3.5 sigma certainty announcement that the Higgs boson hasn’t been found — which would probably be even more exciting.
Link http://www.extremetech.com/extreme/108599-cern-to-announce-higgs-boson-observati...
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Niteman
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UPDATE :
At a specially-arranged seminar at the Cern laboratory in Geneva, researchers presented clues in their data which suggest experts may have pinned down the "God particle" at last.
Scientists remained cautious about their findings and insisted they did not represent an official discovery, but admitted the results were "intriguing".
The two teams searching for the Higgs boson at the Large Hadron Collider said they had found hints which point towards a Higgs boson with a mass between 124 and 126 gigaelectronvolts (GeV).
A mass of 125 GeV is equivalent to about 130 times the weight of a proton found in the nucleus of an atom.
The team working on the ATLAS detector said there was only a one per cent likelihood their results occurred by chance rather than reflecting a real effect, while the CMS team quoted a figure of about five per cent.
Link http://www.telegraph.co.uk/science/large-hadron-collider/8947263/Higgs-boson-sci...
- 6 months ago
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Niteman
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Johnny_Los_Angeles
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Usually if you look for something you will eventually find it, I think thats the problem.
- 6 months ago
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Johnny_Los_Angeles
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TaGgInUrBlOcKuP [removed]
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Very interesting, can't wait to hear if they found anything.
- 6 months ago
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TaGgInUrBlOcKuP [removed]
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rerushg
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Been following those guys steadily since they cranked it, then blew it up, then cranked it up again. If this prooves out it's really cool. It might well be the key to understanding gravity.
- 6 months ago
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rerushg