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the large hadron collidor particle accelerator


Guest rhysieg

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We have been recieving collisions of the same magnitude as will be recreated in the LHC for billions of years hear on earth as some of the very highest energy comic rays that hit the upper atmosphere are traveling at the same speeds the LHC will recreate. The difference is that when a proton travelling at that speed hits something in the upper atmosphere it exists for nanoseconds before breaking up (like say a higgs boson), in the LHC the particles ejected from the breakup of the particle will be recorded and measured.

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We have been recieving collisions of the same magnitude as will be recreated in the LHC for billions of years hear on earth as some of the very highest energy comic rays that hit the upper atmosphere are traveling at the same speeds the LHC will recreate. The difference is that when a proton travelling at that speed hits something in the upper atmosphere it exists for nanoseconds before breaking up (like say a higgs boson), in the LHC the particles ejected from the breakup of the particle will be recorded and measured.
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