2014Unpublished venueRequires access

Measurement of orbital angular momentum and topological charge in optical vortices with shaped vortex cores

Anderson Monteiro Amaral, Edílson L. Falcão-Filho, Cid Bartolomeu de Araujo

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Abstract

Optical vortices (OV) with shaped vortex cores can extend the applicability of OV, but are not well characterized by usual methods. We describe and experimentally demonstrate how shaped OV may be characterized, based on the definitions of classical orbital angular momentum and topological charge.

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What this paper is about

Optical vortices (OV) with shaped vortex cores can extend the applicability of OV, but are not well characterized by usual methods. We describe and experimentally demonstrate how shaped OV may be characterized, based on the definitions of classical orbital angular momentum and topological charge.

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Available abstract

Optical vortices (OV) with shaped vortex cores can extend the applicability of OV, but are not well characterized by usual methods. We describe and experimentally demonstrate how shaped OV may be characterized, based on the definitions of classical orbital angular momentum and topological charge.

Key concepts: Optical vortex, Angular momentum, Physics, Vortex, Topological quantum number, Orbital angular momentum of light, Orbital angular momentum multiplexing, Charge (physics)

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