December 8, 2025Accounts of Chemical Research

Chirality Transfer and Induction Across Multiscales Using Chiral Plasmonic Structures and Macroscopic Deformation

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Authors

YWYousang WonSamsung (South Korea)JLJeongwoo LeeSeoul National University JOJoon Hak OhSeoul National University

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Implication

This account reveals how macroscopic deformation enhances chiroptical responses in hybrid systems, indicating potential applications in photonic devices.

Key Points

Chiral plasmonic structures demonstrated effective chirality transfer across scales, enhancing optical signal conversion.
Key metrics include the improved electrical signals generated by strong chiroptical responses under macroscopic deformation.
Analysis of chirality transfer mechanisms and fabrication strategies was conducted focusing on symmetry breaking effects.
Investigation blends innovative approaches in chiral plasmonics, calling for advanced research into hybrid systems and functional devices.

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Won et al. (2025) studied this question.

synapsesocial.com/papers/694020d72d562116f28fa80c https://doi.org/10.1021/acs.accounts.5c00589

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Implication

This account reveals how macroscopic deformation enhances chiroptical responses in hybrid systems, indicating potential applications in photonic devices.

Chirality Transfer and Induction Across Multiscales Using Chiral Plasmonic Structures and Macroscopic Deformation

Discussion

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Implication

Key Points

Cite This Study

Chirality Transfer and Induction Across Multiscales Using Chiral Plasmonic Structures and Macroscopic Deformation

Discussion

Member takes

Implication

Key Points

Cite This Study

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