Interfacial stabilization of quantum dot/liquid crystal co-assemblies for efficient circularly polarized luminescence

Key Points

• The aim is to enhance the performance of quantum dot and liquid crystal co-assemblies through improved interfacial stabilization.
• Optimized interfacial stabilization techniques applied to quantum dot and cholesteric liquid crystal systems.
• Conducted in-situ photopolymerization to create circularly polarized luminescent films.
• Evaluated dispersibility of chiral co-assembly luminophor.
• Achieved significantly enhanced dispersibility of quantum dots in cholesteric liquid crystals.
• Developed films exhibiting highly circularly polarized luminescence.
• Demonstrated improved material stability and performance for potential applications.

Abstract