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Official PDF TranslationOpto-Electronic Advances (光电进展)

Soft Chiral Superstructure Enabled Dynamic Polychromatic Holography

Authors: XU Chun-Ting; LI Lu; CHEN Quan-Ming; WANG Guang-Yao; HU Wei

DOI: 10.29026/oea.2026.250177Status: Verified Translated Edition
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Key Findings in This Report

• • Voltage-induced bandgap tuning from 40 nm to 180 nm reflection bandwidth enables dynamic switching between monochromatic and polychromatic holography, directly impacting reconfigurable displays and encryption. • • Polymer-stabilized CLC with optimized weight ratio (88.52:2.48:8:1 nematic LC:chiral dopant:mesogenic monomer:photoinitiator) achieves stable gradient-pitch configuration under DC voltage, ensuring operational reliability. • • Spin-selective Bragg-Berry phase encoding allows independent generation of distinct holograms (e.g., "weather sign" and "chameleon") from opposite helicity superstructures, doubling information channels for high-security encryption. • • Thermal feasibility range of 15–35 °C with room temperature operation at 23.5 °C supports practical deployment in standard environments without active cooling.
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