Despite the discoveries, there are still challenges when it comes to actually implementing LC-based quantum gates and circuits. It is crucial to maintain the stability and coherence of nbits over time, prevent decoherence effects, and seamlessly integrate LC-based qubits with quantum computing systems. Progress in material research in creating customized electrical properties for LCs will play a key role in overcoming these hurdles . Future studies should focus on enhancing the manufacturing processes for LC devices, refining the accuracy of electric field applications, and assessing the scalability of LC quantum systems. Collaboration between experimental physicists will be essential in translating concepts into real-world quantum computing applications .