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Interconversion of orbital and spin angular momenta of light beams in the sum-frequency generation process from the surface of the isotropic chiral medium

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Abstract

We study the interaction between spin and orbital components of the angular momentum of electromagnetic waves in the sum-frequency generation process on a surface of the nonlinear isotropic chiral medium within undepleted pump approximation. Both bulk and near-surface responses of the medium are taken into account. Classical and quantum explanations of particular features of three-wave mixing on the surface of a nonlinear medium are presented.

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