Experimental sensitivity of contact interaction at RHIC

Physics

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Relativistic Heavy-Ion Collisions, Polarization Phenomena In Reactions, Quarks, Gluons, And Qcd In Nuclei And Nuclear Processes

Scientific paper

One of the most vital tasks of an experiment using a polarized hadron collider in a new energy must be a study of physics beyond standard model(SM). In the past few years, several theoretical articles have been devoted showing that RHIC can reach a similar sensitivity of contact interaction for the TEVATRON, due to its polarized beam. The purpose of the present study is to explore the discovery potential for physics beyond SM, from the experimental perspective. A contact interaction (CI), which originates in interactions between quark- and lepton-sub constituents, is included in PYTHIA. The autor developed a plug-in program ``POLBEYOND'' for PYTHIA by which helicity-dependent matrix elements and spin asymmetries for Drell-Yan and quark scattering process can be examined. The results on the expected single spin asymmetries at RHIC (s=500 GeV with 800 pb-1) in μ+/- pair production were obtained for various Λ, a model-independent scale parameter of the CI. .

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