Authors

Billy Pochran

Document Type

Poster Presentation

Celebration Date

Summer 8-3-2012

Abstract

In the effort of discerning the origin of the proton spin, the STAR detector at RHIC collide polarized protons at high energies and many particles are created. Of these, several particles are of interest, which include the neutral pion (π˚) and the photon (γ). Within the endcap calorimeter (EEMC), there is a circular configuration of 720 tiles, composed of plastic scintillator strips called the shower max detector (SMD), pre- and post-shower detectors, and towers. This setup can detect photons and other charged particles. Two algorithms, dubbed “IU” and “TSP,” have different methods of combining hits in the detectors to form clusters. If the clusters are photons, they could be reconstructed into π˚ particles. This study finds, qualitatively and quantitatively, the differences between the IU and TSP algorithms which will be used to determine which is best suited for the analysis of STAR data. Results are to be presented.

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