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...Paradoxically, if all goes exactly according to plan, scientists could find themselves no better off than before. “Even if it does work, if they turn it on and find nothing new at all—if they don’t find [the hitherto unseen] Higgs Boson, for example, or if they find stuff they expect to discoverer and nothing else, it is unclear what the future of that field is,” said Stubbs...

Author: By Alissa M D'gama and Huma N. Shah, CRIMSON STAFF WRITERS | Title: Physicists Wait for ‘Surprises’ of LHC | 10/9/2009 | See Source »

...entity known as “dark matter,” which is believed to compose 96 percent of the universe, and “antimatter,” which has the same mass as matter but the opposite electric charge, explained Huth. “The Higgs Boson is the simplest model for explaining what happens in the theory and that’s what we’re designing for,” said Huth. “We aren’t under any illusions that that’s going to be the answer?...

Author: By Alissa M D'gama and Huma N. Shah, CRIMSON STAFF WRITERS | Title: Physicists Wait for ‘Surprises’ of LHC | 10/9/2009 | See Source »

...More importantly, this class of collider is vital to physics research. It has the potential to provide better answers to some of physics’ most niggling questions, like whether a Higgs Boson, the aforementioned “God Particle,” actually exists, or if the four fundamental forces in physics are all really the same force...

Author: By Adam R. Gold | Title: Take U.S. Back to the Future | 10/5/2008 | See Source »

...Another goal of the collider is the discovery of the Higgs boson, the particle that is believed to give other particles their mass. The Higgs boson is the only particle from physics’ long-dominant Standard Model not to have been verified experimentally...

Author: By Christian B. Flow, CRIMSON STAFF WRITER | Title: Harvard Physicists Work on Collider | 9/25/2008 | See Source »

What physicists think they'll see is a long-sought particle called the Higgs boson. Quantum physicists have never really explained why protons, neutrons and all the things made out of them have mass, and they believe the elusive Higgs is what gives it to them. "If we didn't find the Higgs," says Lisa Randall, a Harvard theorist, "it would be shocking...

Author: /time Magazine | Title: The Moment | 9/11/2008 | See Source »

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