The MESA polarimetry chain and the status of its double scattering polarimeter
Kurt Aulenbacher, P. Aguar Bartolomé, Matthias Molitor, V. Tioukine
Abstract
Kurt Aulenbacher, P. Aguar Bartolomé, Matthias Molitor, V. Tioukine
Abstract
We plan to have two independent polarimetry systems at MESA based on totally different physical processes. A first one tries to minimize the systematic uncertainties in double polarized Mo/ller scattering, which is to be achieved by stored hydrogen atoms in an atomic trap (Hydro-Mo/ller-Polarimeter). The other one relies on the equality of polarizing and analyzing power which allows to measure the effective analyzing power of a polarimeter with very high accuracy. Since the status of Hydro-Mo/ller is presented in a separate paper we concentrate on the double scattering polarimeter in this article.
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We plan to have two independent polarimetry systems at MESA based on totally different physical processes. A first one tries to minimize the systematic uncertainties in double polarized Mo/ller scattering, which is to be achieved by stored hydrogen atoms in an atomic trap (Hydro-Mo/ller-Polarimeter). The other one relies on the equality of polarizing and analyzing power which allows to measure the effective analyzing power of a polarimeter with very high accuracy. Since the status of Hydro-Mo/ller is presented in a separate paper we concentrate on the double scattering polarimeter in this article.
Key concepts: Polarimeter, Polarimetry, Scattering, Physics, Polarization (electrochemistry), Optics, Measure (data warehouse), Computer science