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  • richardmitnick 9:24 am on July 26, 2013 Permalink | Reply
    Tags: , , , , muon g-2, , ,   

    From Symmetry: “Giant electromagnet arrives at Fermilab” 

    July 26, 2013
    Laura Dattaro

    The 50-foot-wide electromagnet for the Muon g-2 experiment has completed its five-week journey from New York to Illinois.

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    Photo by Reidar Hahn, Fermilab

    For the last three nights, a big rig has traveled slowly down the roads of suburban Illinois bearing an American flag and the warning sign “Oversize Load.” The warning may have been an understatement. Its ‘load’ was a 50-foot, 17-ton electromagnet that, for the last month, has voyaged by land and by sea from Brookhaven National Laboratory on Long Island. Early this morning, it reached its final destination: Fermi National Accelerator Laboratory outside of Chicago. The electromagnet arrived accompanied by an impressive entourage: a dozen state trooper cars and more than a handful of county sheriffs and local police, plus crews from a company called Roadsafe, which was tasked with removing roadside signs ahead of the convoy and righting them after it passed. It will make its final move across the laboratory site this afternoon. The logistics of the move have captured imaginations all along the way. But underneath the spectacle is important, potentially groundbreaking science. The electromagnet is part of what is known as the Muon g-2 experiment. Scientists on the Muon g-2 experiment study short-lived particles called muons, which wobble when placed in a magnetic field due to an internal conflict between some of their characteristics. In 2001, Brookhaven scientists used the ring to measure that wobble. Taking into consideration their current understanding of physics, scientists can predict what it should be like. If it turns out to be different than expected, it could indicate the presence of new physics.

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    Conveyance

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    Conveyance

    In the first iteration of this experiment, Brookhaven physicists found hints that the wobble was off. Relocating the experiment to Fermilab will allow it to run in a more intense particle beam (for less money than it would cost to build the experiment anew), giving a more precise answer. ‘We’ve been trying for years to really determine whether we’ve discovered something new and exciting,’ says Muon g-2 Spokesperson Lee Roberts, who began working on the experiment in 1984. ‘We’re all excited to see the answer. It’s exciting for me personally, and it’s exciting for science.’ To relocate the magnet, the Muon g-2 team worked for over a year with Emmert International, a company that subsists on moving big, unwieldy objects, to plan the journey, which involved constructing a bright red fixture to hold the ring in place (prompting many observers along the way to compare it to a UFO). The ring is an exquisitely sensitive device; it cannot be bent or twisted by more than a few millimeters. ‘This is one of the widest, most fragile, dimensionally unusual, temperamental projects we’ve done,’ says Terry Emmert, owner of Emmert International. ‘It’s amazing to see it all come together.’

    The ring will complete its cross-country trip later today, but its second chance at searching for new physics has just begun.”

    See the full article here.

    Symmetry is a joint Fermilab/SLAC publication.



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  • richardmitnick 12:32 am on November 8, 2011 Permalink | Reply
    Tags: , , , muon g-2   

    From Fermilab Today via Quantum Diaries: Mandy Rominsky on the muon g-2 Experiment 

    Mandy Rominsky

    “What is the muon g-2 experiment? Okay, some jargon, just to sound cool. The g-2 experiment’s goal is to measure the difference between the gryomagnetic ratio (spin/angular momentum) and the Bohr magneton. And what does that mean? It’s basically measuring intrinsic properties (such as spin and angular momentum) of a particle….”

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    Fermilab’s planned muon g-2 experiment will use the storage ring that was used in a previous muon g-2 experiment at Brookhaven National Laboratory.

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    A similar helicopter will carry the ring, just as the tank is carried here, from Brookhaven National Laboratory a portion of the way to Fermilab.

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    The muon g-2 collaboration at Fermilab during a March meeting.

    O.K., that is all you will get from me. I hope that it is enough to impel your to read Mandy’s excellent and informative post.

    Participants in Quantum Diaries:

    Fermilab

    Triumf

    US/LHC Blog


    CERN

    Brookhaven Lab

    KEK

     
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