CERN brings supergrid internet to the world

Tomas Martin @ 09-04-2008

The CMS detector at CERN will process huge volumes of data every secondIn addition to searching for the ‘God’ particle that is the Higgs, CERN have been making a vast ’supergrid’ to transfer the vast volumes of data created by the LHC supercollider every second to the universities studying it around the world (currently including myself). The sheer amount of data at the LHC - around 15 Petabytes a year - means a whole new system has been made to spread it to other institutions outside of the collider in Switzerland.

The grid still has some issues to work out but is showing signs of real potential to blow the current internet out of commission in a few years. The grid uses fibre-optic connections and high speed routers to transfer data. It could be as much as 10,000 times as fast as current broadband, allowing movie-sized files to transfer in seconds. Of course, this technology is currently only in use in the world of High Energy Particle Physics but, like the World Wide Web before it, what is invented at CERN tends to propagate out to the rest of us before too long.

[via The Times, image via CERN]


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The LHC on track for summer launch

Tomas Martin @ 03-01-2008

Part of the huge LHC colliderAs a Physics student doing a masters project on a computer simulation of CERN’s new particle supercollider, I’ve got a vested interest in the progress of the real thing. CERN is reporting good progress on the Large Hadron Collider (LHC) and thinks it is on track to start producing results this summer.

The LHC accelerates two beams of protons in opposite directions around its 27-kilometre diameter ring, until the two beams meet and collide with huge amounts of energy. From this energy, particle physicists hope new particles will form that we haven’t seen before. Chief among those prospective discoveries is the Higgs Boson, which would explain why the other particles have mass.

The Guardian’s weekly science podcast talks about the prospects of finding new science at the LHC, whilst Fermilab has a good summary of the other potential new things the LHC might find when it begins colliding later this year.

[via Science Daily, image by poluz]


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