Circularly-Polarized-Light-Driven Chiral Optoelectronics: Encoding, Sensing, and Neuromorphic Processing from an Information-Flow Perspective

Key Points

• Investigate the role of circularly polarized light in chiral optoelectronics for encoding and sensing.
• Analysis of how CPL encodes information through spin angular momentum.
• Examination of chiral materials' manipulation on molecular and supramolecular levels.
• Exploration of neuromorphic processing techniques influenced by information-flow concepts.
• Demonstrated the capability of chiral optoelectronics to encode information efficiently.
• Found significant potential for chiral materials in sensor applications.
• Outlined implications for neuromorphic processing in future technology.