The Higgs boson(?)

The news has been flooded with articles saying that the Higgs boson, or “God Particle”, has been found by CERN (or at the very least, their findings are 99%+ in line with what the Higgs would look like). This has been a hot topic for years, but what does this finding even mean?

I wanted to share this little video partially because it’s cute, and is presented as a cartoon. But this video, made by Fermilab, should probably have been the one called The Higgs Boson for Dummies.

So far, my favorite blog entry or article on finding the Higgs is by Phil Plait on Bad Astronomy:

Two different detectors at the LHC both independently found a strong signal between 125 and 126 GeV at about the 5 sigma level – that means they can claim a 99.9999% confidence this signal is real! This means they found a previously undiscovered particle which, as it happens, is within the range of mass the Standard Model predicts for the Higgs particle! That’s what that plot above shows: a bump in the energies detected, and it’s seen so strongly that it can be called a discovery.

So it looks like this has physicists and astronomers bouncing up and down with glee, but technically the Higgs hasn’t been found yet. A new particle has been, but we need more proof before we can really say it’s really the Higgs.

But to me, that’s not really the point. My favorite quote from Phil’s blog entry was this:

The discovery of this new particle, and the vast potential it has, was all because we’re curious. This huge machine, the LHC, was built solely because we wanted to find things out, and some people had the vision to fund it and build it. When we wish to explore, when we wish to see what’s over the next hill, wonders unfold before us.


About erinvruss

Welcome to my main blog! I wanted a central location where I can keep everything I'm working on: my blogs, projects, lists and social media. I'm blogging about all the things I need to get control over in my life -- diet, exercise, organization, money, and style.

Posted on July 5, 2012, in physics. Bookmark the permalink. Leave a comment.

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