Liquid Crystal spatial light modulators (LC-SLMs) play a role in quantum imaging applications. They facilitate methods such as quantum ghost imaging, where data is encoded in one photon and detected in another, enabling high-quality imaging under low light conditions . Additionally, LC-SLMs can manage vortex beams used in optical communication setups. These beams, characterized by their angular momentum, introduce enhanced data encoding capabilities that significantly boost the capacity and bandwidth of quantum communication channels .