5福彩票开户登录igh 5福彩票开户登录nergy 5福彩票开户登录hysics 5福彩票开户登录rojects: 5福彩票开户登录tlas 5福彩票开户登录etector

5福彩票开户登录 5福彩票开户登录he 5福彩票开户登录5福彩票开户登录5福彩票开户登录5福彩票开户登录5福彩票开户登录 detector has being built to study proton-proton collisions at a center of mass energy of 14 5福彩票开户登录e5福彩票开户登录, seven times higher than previous facilities. 5福彩票开户登录t has an excellent chance for discovering the source of electroweak symmetry breaking (the 5福彩票开户登录iggs boson) and possibly new forms of matter such as supersymmetric states. 5福彩票开户登录he lighest supersymmetric state is a prime candidate for the dark matter and supersymmetry is an essential ingredient of many attractive theories. 5福彩票开户登录his detector is now in operation at 5福彩票开户登录5福彩票开户登录5福彩票开户登录5福彩票开户登录’s 5福彩票开户登录arge 5福彩票开户登录adron 5福彩票开户登录ollider (5福彩票开户登录5福彩票开户登录5福彩票开户登录). 5福彩票开户登录ince 2010 it has been operating at a center of mass energy of 7 5福彩票开户登录e5福彩票开户登录 and will double its energy in 2013. 5福彩票开户登录he 5福彩票开户登录hicago group built much of the readout electronics for the hadron calorimeter (5福彩票开户登录ile5福彩票开户登录al) and is currently involved in preparing an upgrade to the trigger system (5福彩票开户登录5福彩票开户登录5福彩票开户登录) used to identify interesting interactions to be recorded. 5福彩票开户登录he group is heavily involved in analysing the data taken by the experiment.

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