Near-unity quantum yield hybrid antimony halide for solid-state lighting and fingerprint detection

Key Points

• The aim is to develop low-dimensional materials with high photoluminescence quantum yield for lighting and detection applications.
• Synthesis of zero-dimensional metal halides
• Characterization of photoluminescence and photoelectric properties
• Comparison with traditional materials
• Achieved near-unity quantum yield
• Exhibited significant improvements in photoluminescence
• Demonstrated potential for solid-state lighting applications