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The 126GeV detected particle is a boson, as predicted Higgs would be. It also has other properties that were predicted. Such as decays into 4 leptons, which was observed. Spin is something else predicted. It's my understanding at this time they didn't measure the spin. That'll require more experimentation and should be forthcoming around Dec of this year. Though interesting the 125GeV area is predicted by the Standard Model. A bit depressing as it's likely Super Symmetry may not exist. But, it does open the door to looking more into those heavier particles.The entire interval is covered by predictions of the Higgs mass
Compilation of Higgs-mass predictions PDF]
Sadly 2013 will be a sad year as the LHC is down for repairs. 2014 and 2015 are looking fairly exciting. I'm sure the theoretical physicsts are trying to line up their work and get some time to try to peak into those millionths of millonths of seconds post the 'Big Bang'.
Part of your question here is really how do we name something. Names are arbetrary assignments to a set of properties.
There are some problems that need to be addressed with the standard model that don't quite fit the data. So theoretical physicists will be updating their models and new experiments will be devised.
Any bets on when the pseudoscientists start calling their Weight-Loss products as Higgs reductive? They claim quantum effects all the time.
Because we are probably wrong about the universe (we have plenty of things we can't explain yet) but this result doesn't help us to see it or the way in which we are wrong. It would have been very stimulating to find that it wasn't there.
Plaintiffs alleged that by causing the collision of subatomic particles, the LHC could create dangerous objects that they describe as “strangelets,” “micro black holes,” and “magnetic monopoles” that allegedly might destroy the planet.
“macroscopic effects of TeV-scale black holes, such as could possibly be produced at the LHC, that if trapped inside Earth, begin to accrete matter. . .basing the resulting accretion models on first-principles, basic, and well-tested physical laws.
Appellants argue that: “Merely being ‘unlikely’ or ‘very unlikely’ that the LHC will create conditions that destroy Earth is every reason not to proceed with the experiment unless and until it can be proven to be impossible to destroy the Earth.”
Accordingly, the alleged injury, destruction of the earth, is in no way attributable to the U.S. government's failure to draft an environmental impact statement.