Liquid crystal spatial light modulators (LC-SLMs) have played an essential role in quantum applications, manipulating multidimensional quantum states and facilitating numerous quantum processes. LC-SLMs have been exploited in innovative experiments such as Bell inequality violations, uncertainty principle testing, and the accomplishment of ultrahigh entangled state characterization with few measurements . LC-SLMs have been used in quantum ghost imaging scenarios, where photons are employed to encode and recognize objects showcasing the abilities of SLMs. The progress in Liquid crystal quantum computing has paved the way for physics and cutting-edge applications, including quantum random number generation, secure key exchange, communication enhancement, confidential information sharing, quantum entanglement manipulation, and teleportation within large dimensions of up to 100 × 100 .