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Generation and propagation of an OAM-carrying beamlet array through an underwater turbulent environment

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Abstract

Gaussian beamlets are generated simultaneously around a perfect vortex envelope, each with a unique frequency corresponding to its specific location around the envelope with an overall OAM encoded across the array. These beams are propagated through a turbulent underwater environment, providing information between the interaction of these beams with this environment to understand the spatial and temporal properties of the water channel.

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