The Influence of the Scalar and Vector Anomalous Couplings on the Z-production at ILC in the Randall - Sundrum Model
Main Article Content
Abstract
An attempt is made to present the effect of the scalar and vector anomalous couplings on scattering process with polarized initial beams in the Randall-Sundrum model. We have studied the contribution of radion, Higgs and gauge bosons on the Z-production cross-section at International Linear Colliders (ILC). The cross-section depends strongly on the polarization of initial beams, the center of mass energy and model interaction parameters. The obtained results indicate that with the vector anomalous couplings included Z boson and photon, the cross-sections for the Z production are much larger than that with the scalar couplings included radion and Higgs under the same conditions.
Keywords:
Z production, cross-section, scalar anomalous couplings, vector anomalous couplings.
References
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Iss. 9, 2008, pp. 094012, https://doi.org/10.1103/PhysRevD.77.094012.
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