Examines chiroptical sensing and chirality transfer in nanoparticles, suggesting innovative applications in materials science.
ion through the modulation of its chiroptical properties. In this manner, we provide an unprecedented way to introduce chirality onto the triptycene skeleton to assemble well-defined chiral nanoparticles with dimensions of several hundred nanometers and to reversibly store chiral information and activate chiroptical sensing properties.
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Preda et al. (2026) studied this question.
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