Detector of Optical Vortices as the Main Element of the System of Data Transfer: Principles of Operation, Numerical Model, and Influence of Noise and Atmospheric Turbulence

<table>The modified Rozhdestvenskii interferometer as a detector of optical vortices. Rotation of rays 1, 2, and 3 is shown for the angle of 120°.</table>

International Journal of Optics

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Figure 1: Detector of Optical Vortices as the Main Element of the System of Data Transfer: Principles of Operation, Numerical Model, and Influence of Noise and Atmospheric Turbulence 

Figure 1 | Detector of Optical Vortices as the Main Element of the System of Data Transfer: Principles of Operation, Numerical Model, and Influence of Noise and Atmospheric Turbulence 