LHC to restart in 2009

11 Jan


Geneva, 5 December 2008. CERN today confirmed that the Large Hadron Collider (LHC) will restart in 2009. This news forms part of an updated report, published today, on the status of the LHC following a malfunction on 19 September.

“The top priority for CERN today is to provide collision data for the experiments as soon as reasonably possible,” said CERN Director General Robert Aymar. “This will be in the summer of 2009.”

The initial malfunction was caused by a faulty electrical connection between two of the accelerator’s magnets. This resulted in mechanical damage and release of helium from the magnet cold mass into the tunnel. Proper safety procedures were in force, the safety systems performed as expected, and no one was put at risk.

Detailed studies of the malfunction have allowed the LHC’s engineers to identify means of preventing a similar incident from reoccurring in the future, and to design new protection systems for the machine. A total of 53 magnet units have to be removed from the tunnel for cleaning or repair, of these, 28 have already been brought to the surface and the first two replacement units have been installed in the tunnel. The current schedule foresees the final magnet being reinstalled by the end of March 2009, with the LHC being cold and ready for powering tests by the end of June 2009.

“We have a lot of work to do over the coming months,” said LHC project Leader Lyn Evans, “but we now have the roadmap, the time and the competence necessary to be ready for physics by summer. We are currently in a scheduled annual shutdown until May, so we’re hopeful that not too much time will be lost.”

Full details of the timetable to restart are available in the report published today.

Download the report [PDF format]   *Note* –  The report link is broken at this time!

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Posted by on January 11, 2009 in Physics, Science News


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3 responses to “LHC to restart in 2009

  1. Bronislaw Kruk

    January 12, 2009 at 3:35 AM

    I believe that a repeat of the problem will occur as a consequence of not seriously taking in account the possibility that a quantum singularity can occur in a location other then predicted resulting again in the impression that a fault in the electrical connectors occured between magnets

  2. Bronislaw Kruk

    January 12, 2009 at 3:38 AM


  3. Joel

    February 5, 2009 at 4:41 PM

    I have no idea what the previous comment is talking about, but all I can say is “oops”!


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