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My work focuses primarily on studying physics that decays to Tau leptons using data collected by the Compact Muon Solenoid (CMS) Experiment at the Large Hadron Collider at CERN. The CMS experiment is one of two large general physics detectors located on the 27 km LHC ring on the border of Switzerland and France outside of Geneva. A myriad of different particles are produced in the proton-proton collisions at CMS and it is an ideal environment for testing many Standard Model and Beyond the Standard Model scenarios. Due to the Tau lepton's relatively high mass (1.776 GeV) the two Tau decay is favored by the Standard Model 125 GeV higgs boson and is an ideal channel for studying fermionic couplings to the higgs. In addition to this, in many Beyond the Standard Model scenarios the Tau's high mass and position as a down-type fermion makes this lepton an excellent tool to search for new physics. The Tau lepton is a third generation fermion and has a very short decay length, meaning that the Tau itself never actually reaches even the innermost detector at CMS!
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