Polarization multiplexing in correlation and holographic imaging

Correlation and holographic imaging are techniques that allow either quantitative phase or three-dimensional image reconstruction from the interference pattern. The doctoral thesis aims to implement new configurations for correlation and holographic imaging, where the light is multiplexed into orthogonal polarization states rather than divided into independent optical paths. Such systems are expected to improve existing and provide new imaging features, which are unavailable in up-to-date experiments. The required polarization states will be generated and modulated using the electro-optic effect in liquid crystal molecules or new generation optical components working on geometric phase. 

Supervisor: Petr Bouchal