Abstract
Single-walled carbon nanotubes (SWCNTs) can exist in left- and right-handed forms, which interact differently with circularly polarized light. Due to their unique properties, comprehensive chiroptical spectroscopy will be employed to investigate the chirality-related phenomena with enantiomer-sorted SWCNTs. Once optimized samples are obtained, they will be used to study how chirality can be induced, transferred and enhanced. This work will clarify how chirality behaves and evolves in complex nanomaterials and how it can be controlled.
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