Abstract
Circularly polarized light is vital for many emerging applications, yet the highly sensitive detection of right- and left-CPL remains challenging. In a recent study in <i>Nature Nanotechnology</i> reported by Kuang and colleagues, chiral nanofluidic membranes assembly by <i>L</i>- and <i>D</i>-phenylalanine-modified plasmonic Au nanoparticles were applied to realize the highly sensitive detection to circular polarization of incident photons based on CPL-induced ion current.
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