Earlier we discussed liquid crystals that could contain dye molecules and quantum dots that serve as single photon emitters. These emitters play a role, in ensuring secure quantum communication channels and cryptography by enabling information transfer through quantum mechanics principles. By incorporating these emitters into structures made of crystals their performance and reliability are enhanced even at room temperature . Integrating liquid crystals into quantum computing systems operating at room temperature offers advantages, including effective photon control, strong quantum coherence, and simplified experimental processes. The practical examples and uses outlined in this context demonstrate the impact that liquid crystals can have on advancing quantum computing and related fields. Ongoing exploration and advancements in this area are expected to enhance the accessibility and scalability of quantum technology .