Atmospheric Turbulence Phase Correction Using Digital Micro-Mirror Devices Based on Binary Off-Axis Holography

We propose a phase correction technique for atmospheric turbulence based on a digital micromirror device using binary off-axis holography to compensate for the distortion of the beam occurring in atmospheric turbulence. Simulations verify the phase distortion correction of the beam under different turbulence conditions, such as strong, medium, and weak, and the results indicate that the phase correction technique proposed in this paper can effectively compensate for atmospheric turbulence under all turbulence conditions.