This study demonstrates hybridization in laser-induced plasmonic metasurfaces, suggesting scalable applications in photonic devices and security features.
This study explores laser-induced quasi-random plasmonic metasurfaces, demonstrating plasmonic-photonic hybridization despite structural disorder. Controlled nanoparticle organization enables tunable diffraction, dichroism, and multiplexed imaging, offering scalable applications in photonic devices, security features, and nanophotonic color printing.
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Le et al. (2025) studied this question.
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