Have we really found the God Particle? CERN physicists say don't believe the hype

Illustration for article titled Have we really found the God Particle? CERN physicists say dont believe the hype

The internet is beside itself with rumors that the long-sought Higgs Boson has been found — but a representative from one of the teams searching for the so-called "God Particle" says to chill the frak out. So what's going on here? Are researchers waiting for an international physics conference in July to make their big reveal, or has the rumor mill gone out of control?

The latest surge in Higgs rumors began three days ago with this blog post (titled, ever-so-subtly, "The Higgs Discovery") by mathematician Peter Woit. The post is full of speculation over a brand new batch of Higgs data, currently being analyzed around the clock in preparation for the International Conference on High Energy Physics (ICHEP) scheduled to kick off in Melbourne, Australia on July 4th.

"Exactly how much data they'll have analyzed by ICHEP and exactly what the significance of the signal in the gamma-gamma channel will be... is still to be seen," writes Wolt. "The bottom line though is now clear: there's something there which looks like a Higgs is supposed to look. Attention will soon move to seeing if this signal is exactly what the [Standard Model] predicts." Wolt's post has unleashed the floodgates of the physics blogosphere (warning: here be loads of particle physics jargon).


So what is a Higgs supposed to "look" like, anyway? According to data released last December by the Large Hadron Collider's two largest experiments (ATLAS and CMS), a lightweight particle in the region of 125 gigaelectronvolts, which is another way of saying that if the Higgs does exist, it's about 125 times the mass of a proton.

December was the first time both independent experiments had seen a signal at nearly the same mass, which was definitely a good sign that they had uncovered actual traces of the Higgs, and not some anomaly in the data — but even with the ATLAS and CMS results combined, the physicists were only able to achieve what's known as a 3-sigma signal, which translates to a roughly one in 1000 probability that their observations were made by chance. Those might sound like pretty good odds, but to borrow a phrase from NY Times' Dennis Overbye, "you would not board an airplane that crashed every thousand flights."

But the latest rumors are that the data being analyzed for ICHEP are turning up 4-sigma signals at ATLAS and CMS. That's still a bit shy of the 5-sigma standard required to announce a bona fide "discovery," but if combined with December's data, it could just be enough.


That's all assuming the blogs are right, however, and according to Fabiola Gianotti (Italian particle physicist and head of the ATLAS experiment), that... may not be the case:

"Please do not believe the blogs," she pleaded in an email to the New York Times. (That's the Times' word, by the way, not ours.)


Why would she plead for us not to believe the blogs? There are plenty of conceivable reasons: these bloggers could be spouting incomplete information. It could even be flat-out wrong information. Maybe CERN researchers are trying (rightly) to avoid being forced into a premature announcement by overzealous, half-informed speculation. Whatever the case may be, it's a safe bet that we'll know much more come ICHEP in two weeks' time. For now, there's one thing everyone can agree on, and it's summed up quite nicely, again, by Overbye:

"If the December signal fades, it probably means that the Higgs boson, at least as physicists have envisioned it for the past 40 years, does not exist, and that theorists have to go back to their drawing boards."


"This, all agree, is the boson's last stand."

[NY Times]

Top image via CERN

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You know, I've never really understood why we don't consider Carbon to be the 'God Particle' considering the literal millions of different molecules it can be a part of, including basically all organic compounds that are the building blocks of life..including us.