Recent studies have indicated that incorporating quantum dots into crystals can significantly enhance their dielectric properties. A study by Kocakülah and Köysal (2024) analyzed the effects of doping liquid crystals with quantum dots on bandgap, transmittance, and dielectric constants. The results demonstrated that introducing Indium Phosphide/Zinc Sulfide quantum dots leads to alterations in the dielectric characteristics of liquid crystals, opening up new possibilities for their application in cutting-edge optical systems . In a study, Rani, Chakraborty, and Sinha (2021) examined how CdSe/ZnS quantum dots affect ion movement in liquid crystals. Their research revealed that the method of doping can change how ions move. This change in ion movement plays a role in the development of quantum devices .