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Has LHC Seen a Hint of the Higgs?
gbrumfiel writes "Researchers at two detectors at the Large Hadron Collider are seeing something unusual. The signal is faint, but it could be from the long-sought Higgs particle. The Higgs is part of the mechanism that gives other particles mass, and it also unifies the electromagnetic and electroweak forces. No one is willing to declare it found just yet, but the new data from the CMS and ATLAS detectors are an independent, 'tantalizing' hint of what's to come. The results were presented today at HEP-2011 in Grenoble, France."
I'll hold my breath on this one. We've been fed the "we think we've seen Higgs" enough times now that until some repeatable data comes down the line, I'm just going to assume its screwy instrumentation or glitches.
The world's burning. Moped Jesus spotted on I50. Details at 11.
Doesn't electroweak already encompass electromagnetic? Should that be 'unifies the electromagnetic and weak forces'?
It hasn't opened a wormhole to another dimension yet...
We also have not found the Higgs yet there is not enough data to distinguish this from a fluctuation in the background. Frankly I'm appalled at Nature for printing wild, inflammatory speculation like this. If their editors have this level of ignorance of science you have to question what sort of decisions they are making regarding the journal itself...not that many particle physics papers are typically submitted there: perhaps this is why!
Seeing its existence is an important confirmation of the Standard Model. In that sense, nothing happens when you find it, since we've been using the Standard Model for decades. It's not like we waited to confirm the whole thing before making predictions with it.
It would mean that we could STOP doing other things, i.e. looking at some alternatives to the Standard Model that don't incorporate the Higgs. (Or rather, incorporate different variations of the Higgs, including multiple Higgses.)
Once you find it, you can work on narrowing down its mass, which is something the Standard Model doesn't predict. Once you know that, you can start producing Higgs and see how it interacts with other particles. Again, when it confirms what you already suspect, it closes off some avenues of alternative research. Even better, when you find something unexpected, you start looking down that route.
considering the national ignition facility has achieved fusion using laser beams and deuterium pellets and has been moving toward net positive energy rates that indicate they will reach ignition with in the next year save for mechanical malfunctions, I would say, we have fusion.