Are you still scratching your head over what a particle accelerator like the Large Hadron Collider actually does? Don't feel bad, the LHC is the most complicated piece of scientific equipment mankind has ever built. And unless you're a physicist, you'll probably never understand its intricacies. But if you're curious, take a few minutes to watch this animated Particle Accelerator 101 by Don Lincoln. You won't be applying for a job at CERN afterwards, but you should at least get the gist of what's going on at the LHC. [YouTube via Geekosystem] Read More >>
Science fans around the world were saddened when CERN announced its Large Hadron Collider would be shutting down for almost two years worth of repairs and upgrades. But as this video explains: that's ok. Because when the LHC is powered up again in 2015, it will finally be able to run at full capacity. Read More >>
Featured comment by JulianT:
"Does anyone really believe they're just doing maintenance? This is when they're opening up the inter-dimensional portal and letting the Earth be inva..." More »
The discovery of the Higgs boson is kind of a big deal. Stephen Hawking certainly thinks so: he says it should net Peter Higgs, the scientists after which the particle is named, a Nobel prize. But it's not all good news, because the result has lost him £65. Read More >>
Featured comment by irononreverse:
"From now on I'm making all my bets in awkward amounts.
I bet you £3.76 that I won't be able to keep this up." More »
An atom-smasher called the Relativistic Heavy Ion Collider (RHIC) has just snagged a Guinness World Record for reaching the hottest man-made temperature ever—250,000 times hotter than the center of the sun. Read More >>
The Large Hadron Collider is a beacon of all that's great about science and engineering — but that doesn't mean it always works properly. In fact, the facility is so sensitive that even the moon's gravitational pull affects how well it operates. Read More >>
Featured comment by The Cold hard penis of truth:
"Don't be all shocked that a large gravitational/Magnetic field affects another large magnetic based object on earth. Jesus christ." More »
You'd think that with a price tag of billions of pounds the LHC would have more storage capacity than it could ever use. But with the machine producing a petabyte of data every second, the researchers simply can't store it all. Read More >>
A while back, Sixty Symbols asked a bunch of physicists what they thought would happen if you were to place your hand in the particle beam at the LHC and... none of them knew. Now they've done some digging, and found out. Read More >>
The Higgs Boson is kind of a big deal. If it does exist, it could provide a key to unifying the standard and quantum models of physics. But what is a Higgs Boson, what does it do, and how does it work? With the help of this animated short, UCI physics professor Daniel Whiteson breaks down the basics of this mysterious particle (or is it a field?) in a way even your parents can understand. [Vimeo via Open Culture] Read More >>
Using a fried dough and Kit Kat stop-motion animation, the folks over at Elements explain how a synchroton particle accelerator—like the Large Hadron Collider—accelerate particles up to the speed of light. Read More >>
Featured comment by Sheza:
"This isn't exactly like the other particle accelerators. It doesn't create collisions which are analysed, it creates powerful light. This process is s..." More »
The Higgs Boson still hasn't made an appearance, but in an even more stunning discovery apparently the Large Hadron Collider has been responsible for creating the new 2012 Range Rover Sport. That's £6 billion well spent right there. Read More >>
This image wasn't Photoshopped. Ian Hobson created it using his drier machine and a modified laser projector. The result is how I imagine the Large Hadron Collider works deep inside—operated by Duck Dodgers, of the 24th and a half century. Read More >>
Featured comment by Nick Acott:
"What an awesome image - very nicly done & so clean.
Wonder how worried he was about getting bounce back and the lazer hitting the sensor." More »