Quantum computing using liquid crystals shows promise for advancing practical and scalable quantum technology. Harnessing the features of liquid crystals like their tunability, scalability and ability to function at room temperature alongside quantum computing systems it brings about numerous advantages and paves the way, for innovative developments. The review focuses on experimental demonstrations of quantum behaviors in liquid crystals, advances in liquid crystal-based quantum computing, and incredible advancements in material synthesis and device manufacturing, which are essential for realizing and developing liquid crystal-based quantum devices. While issues like sustaining quantum coherence, attaining exact molecule alignment, and interfacing with existing quantum systems remain, continuing research and technology developments pave the way to solving them. The development of liquid crystal qubits, quantum gates, and circuits, as well as their applications in quantum communication and cryptography, demonstrates the materials' versatility. Recent developments in liquid crystal materials and the integration of hybrid systems with quantum materials are expected to drive progress. These advancements hold the potential to enhance the capabilities and effectiveness of quantum computing systems, making them more accessible to a range of applications. In summary the future prospects of liquid crystal-based quantum computing appear bright with interdisciplinary research and collaboration poised to unlock the technology's full potential. As this field progresses it is anticipated that liquid crystals will play a role, in the development of generation quantum computers contributing to the advancement of quantum information science and technology.