![]() Physicists say they believe that the supercollider's energy would certainly have shed light on the Higgs mechanism, and that if a special particle associated with this mechanism exists it would have been found. But the Hadron collider will be far less powerful than the supercollider, and many physicists give it only about one chance in three of finding this scientific quarry, known as the Higgs mechanism. The Hadron collider, like the supercollider, will smash beams of protons together in the hope of revealing the mysterious mechanism that gives mass to all matter. CERN now seems destined to be the world's center for high-energy physics research well into the 21st century.įor the last decade, CERN has been the leading competitor of America's major accelerator laboratories, and if the Europeans succeed in building their Large Hadron Collider at CERN, which is scheduled for completion in 2002, CERN will move into a pre-eminent position in this field of research. Many of the 200 or so physicists dispossessed by the demise of the big Texas accelerator hope to find jobs at CERN, Europe's premier accelerator laboratory, on the border of France and Switzerland near Geneva. Still stunned by the Congressional decision last month to terminate the $11 billion Superconducting Supercollider project, hundreds of scientists are casting about for new positions in high-energy physics, in hopes not only of pursuing their profession but also of continuing to support their families.
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