Physicists Puzzle Over Unexpected Findings in 'Little' Big Bang 

    Scientists have recreated a temperature not seen since the 
    first microsecond of the birth of the universe and found that
    the event did not unfold quite the way they expected, 
    according to a recent paper in Physical Review Letters.

    The interaction of energy, matter, and the strong nuclear 
    force in the ultra-hot experiments conducted at the 
    Relativistic Heavy Ion Collider (RHIC) was thought to be well
    understood, but a lengthy investigation has revealed that 
    physicists are missing something in their model of how the 
    universe works.
  
    Where mass itself comes from has been one of physicists chief
    conundrums for decades. Manly hopes that if we can understand
    exactly why the quark-gluon plasma behaves as it does, we 
    might gain an insight into some of the rudiments of the world 
    we live in.

    November 11, 2002 
    http://www.rochester.edu/pr/News/NewsReleases/latest/manly-quark.html

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