Experimental verification of the GDH sum rule on the neutron - Rostomyan, Tigran
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The use of a circularly polarized photon beam and a longitudinally polarized nucleon target gives access to the helicity dependent cross sections, which were unmeasured before lacking the technical developments that only recently have taken place. These new observables make possible the experimental verification of the Gerasimov-Drell-Hearn (GDH) sum rule, which yields a direct link between the dynamical excitation spectrum of the target particle and it's static properties: the anomalous magnetic moment, spin and mass. Because of its fundamental character, this prediction provides a basic test…mehr

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Produktbeschreibung
The use of a circularly polarized photon beam and a longitudinally polarized nucleon target gives access to the helicity dependent cross sections, which were unmeasured before lacking the technical developments that only recently have taken place. These new observables make possible the experimental verification of the Gerasimov-Drell-Hearn (GDH) sum rule, which yields a direct link between the dynamical excitation spectrum of the target particle and it's static properties: the anomalous magnetic moment, spin and mass. Because of its fundamental character, this prediction provides a basic test of our knowledge of the GammaN interaction and of the spin structure of the nucleon. The experimental setup for the GDH sum rule verification on the neutron, data analysis and results are shown in this work.
Autorenporträt
Education:2005: Doctor of Science: Physics: University of Gent, Belgium.1998: Master in Physics: Yerevan State University, Armenia.Academic Positions:2015 - Present: PostDoc at RUTGERS, The State University of New Jersey, USA.2008 - 2015: PostDoc at University of Basel, Switzerland.2006 - 2008: PostDoc at INFN section of Pavia, Italy.