Turbulence compensation is a research area focused on developing methods and technologies to mitigate the effects of turbulence on imaging systems, particularly in the fields of astronomy, remote sensing, and aerial or space-based photography. Turbulence in the atmosphere can distort and degrade images captured by optical systems, leading to decreased resolution and contrast. Researchers in this area investigate techniques such as adaptive optics, deconvolution algorithms, and wavefront sensing to correct for turbulence-induced distortions and improve the quality of captured images. By compensating for turbulence, researchers aim to enhance the performance of imaging systems and enable clearer and more accurate imaging in challenging environments.