Angular Momentum Properties of Circularly Polarized Vortex Beam in the Paraxial Optical Systems
Version 2 2024-10-29, 21:21Version 2 2024-10-29, 21:21
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Posted on 2024-10-29 - 21:21
The angular momentum (AM) properties of circularly polarized vortex beams (CPVBs) in two paraxial optical systems (free space and a gradient-index (GRIN) fiber) are demonstrated. The transverse light intensity, the longitudinal light intensity, the phase of the longitudinal electric field, the kinetic momentum, the total spin AM (SAM), the transverse-type SAM (t-SAM), the longitudinal-type SAM (l-SAM), and the orbital angular momentum (OAM) of CPVBs in the two paraxial optical systems are characterized. Spin-orbit coupling of CPVBs is studied during propagation in free space and in a GRIN fiber. When the OAM and the SAM of a CPVB have the same direction of rotation and when they have opposite directions of rotation, the spin-orbit coupling exhibits different characteristics in free space and in the GRIN fiber.
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