Theoretical models show promise, but it's crucial to validate them through experiments. This involves developing versions of LC-SLMs and topological defect qubits and evaluating their performance in actual quantum computing applications . Advances in liquid crystal-based quantum computing illustrate the potential of LCs to improve quantum technologies. Researchers are opening the path for new quantum computing applications by using LC-SLMs for high-dimensional quantum state manipulation and topological defects as qubit analogs. Addressing scalability, integration, and experimental validation difficulties will be crucial to exploring this exciting field fully .