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Subwavelength resonators, ranging from single atoms to metallicnanoparticles, typically exhibit a narrow-bandwidth response to opticalexcitations. We computationally design and experimentally synthesize tailoreddistributions of silver nanodisks to extinguish light over broad and variedfrequency windows. We show that metallic nanodisks are two-to-ten-times moreefficient in absorbing and scattering light than common structures, and canapproach fundamental limits to broadband scattering for subwavelengthparticles. We measure broadband extinction per volume that closely approachestheoretical predictions over three representative visible-range wavelengthwindows, confirming the high efficiency of nanodisks and demonstrating thecollective power of computational design and experimental precision fordeveloping new photonics technologies.

Efficient, designable, and broad-bandwidth optical extinction via aspect-ratio-tailored silver nanodisks