New Physics and Chemistry Discovered at the CERN's Large Hadron Research Paper - 1

New Physics and Chemistry Discovered at the CERN's Large Hadron Collider - Research Paper Example ATLAS: A Toroidal LHC Apparatus, records measurements for the results of particle collisions. It tracks what particles are created and destroyed in a given collision, and the path of travel and energy for those particles (â€Å"CERN - LHC Experiments: ATLAS†). They are both considered general-purpose detectors. The experiments were performed using them focus on the search for the Higgs boson and the substance known as dark matter (â€Å"CERN - LHC Experiments: ATLAS†; â€Å"CERN - LHC Experiments: CMS†). Both pieces of equipment are needed in order to study the Higgs boson due to its extremely elusive nature. Mathematical and physical proof aa â€Å"light† Higgs boson would require the results of the experiments to agree on both pieces of equipment, and for each experiment to have consistent results across several experimental states each very different from one another (Froidevaux & Sphicas). CMS: Compact Muon Solenoid, has the same research goals as ATLAS, but it has different technical specifications to achieve those goals, especially with regard to the design of the magnet system within the equipment (â€Å"CERN - LHC Experiments: CMS†). The CMS has been designed to detect the presence of â€Å"missing† energy, which could indicate the presence of stable but weakly-interacting particles, such as energetic neutrinos. This missing energy occurs when the particle moves in the same direction as the beam pipe and so cannot be detected.