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STRANGE HAPPENINGS: A GLOBAL ANALYSIS OF THE STRANGE VECTOR AND AXIAL FORM FACTORS OF THE NUCLEON AND THEIR UNCERTAINTIES BY JOHN SCHAUB, B.A., B.S., B.S.E.P., M.F.A., M.S. Doctor of Philosophy New Mexico State University Las Cruces, New Mexico, 2010 Dr. Stephen F. Pate, Chair We studied the strange contributions to the elastic vector and axial form factors of the nucleon using all available elastic electroweak scattering data. Specifically, we combine elastic νp and ν̄p scattering cross-section data from the Brookhaven E734 experiment with elastic ep and quasi-elastic ed and e He scattering parity-violating asymmetry data from the SAMPLE, HAPPEx, PVA4 and G experiments. We not only determined these form factors at individual values of momentum-transfer (Q), as other groups have done recently, but also fit the Q-dependence of these form factors using simple functional forms. I present an overview of the G backward-angle experiment as well as the results of these fits using existing data, along with some expectations of how we can improve our knowledge of these form factors if the MicroBooNE collaboration completes their experiment.

A Global Analysis of the Strange Vector and Axial Form Factors of the Nucleon and their Uncertainties