Large Hadron Collider Repairs To Cost £14million

Extensive work will be needed to fix the Large Hadron Collider after a problem thought to be related to a faulty electrical connection Photo: GETTY IMAGES

From The Telegraph:

Repairs to the Large Hadron Collider, dubbed the biggest experiment in history, will cost almost £14m and take until at least next summer to be completed.

A faulty electrical connection between magnets was likely to blame for a large helium leak which caused the £4.4m LHC to be shut down in September.

At first the European Organization for Nuclear Research (CERN) thought it would only be out of action until last month but the damage was worse than expected.

Now it is hoped repairs will be completed by May or early June with the machine restarted at the end of June or later.

James Gillies, a CERN spokesman, said: "If we can do it sooner, all well and good. But I think we can do it realistically (in) early summer.

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5 Things You Need To Know About The Large Hadron Collider

A a large dipole magnet is lowered into the tunnel to complete the basic installation of the more than 1700 magnets that make up the Large Hadron Collider (LHC), which measures 27 km in circumference. (Photograph by CERN/AFP/Getty Images)

From Popular Mechanics:

The largest particle accelerator in history will take another step on Wednesday toward living up to its own celebrity. In the ongoing autopsy of the subatomic functions of the universe, the Large Hadron Collider could be the best hope yet to transform theoretical reality, such as dark matter and extra dimensions, into observable fact. And we'll be on hand to watch the LHC turn on, so stay tuned.

But why, exactly, are people without advanced degrees in physics counting the minutes until the first proton beam travels the length of the LHC's 27-kilometer (about 17-mile) accelerator ring? Is it because the bad science of the machine's supposed doomsday potential traveled faster—and louder—than responsible dissections of quantum mechanics? Is it because the LHC, which sits underneath Switzerland and France, feels like a turning point in the loss of American scientific primacy? Or is it because, however complex the physics might be, there's simply never been a larger, more powerful proton-smashing mega-gadget like it?

The answer is probably the doomsday thing, but on the eve of the accelerator's first full beam (and despite the glut of existing coverage) there's still a lot to be learned from—and about—the LHC.

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