Liquid crystals have Tunable optical properties through molecule orientation twists along the sample or by introducing an electric field, allowing for dynamic modulation of the polarization state of photon pairs. The modification of LC molecule orientation offers remarkable tunability of two-photon states, allowing for quantum-state creation with pixel-wise tunable optical characteristics . This tunability is critical for creating quantum devices that need precise control over light-matter interactions. The unique molecular twist structure of liquid crystals enables reconfigurable quasi-phase matching, which helps achieve photon pairs' desired spectral and polarization properties .