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The aim is to synthesize and characterize chiral copper(I) iodine complex scintillators for enhanced photoluminescence and imaging capabilities.

Chiral Scintillator-Based Copper(I) Iodine Complex with Strong Circularly Polarized Emission and High-Resolution X-ray Imaging

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Novel chiral copper(I) iodine scintillators show strong circularly polarized emission, indicating potential for advanced imaging applications.

The aim is to synthesize and characterize chiral copper(I) iodine complex scintillators for enhanced photoluminescence and imaging capabilities.
Synthesis of chiral copper(I) iodine complex scintillators.
Characterization of photoluminescence quantum yields and circularly polarized luminescence.
Preparation and evaluation of flexible films for high-resolution imaging.
Chiral complexes exhibited high photoluminescence quantum yields of 89.84% and 91.09%.
Distinct circularly polarized luminescence with asymmetry factors of +1.93 × 10-3 and -1.65 × 10-3 was observed.
Achieved high-resolution imaging capabilities of 16.6 lp/mm with developed flexible films.

Yu et al. (2026) studied this question.

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Novel chiral copper(I) iodine scintillators show strong circularly polarized emission, indicating potential for advanced imaging applications.