Abstract Metamaterials,,,, are artificial materials that exhibit unusual properties for
electromagnetic and sound waves. The quanta, namely photons and phonons, of these …

Metamaterials have been characterized by effective medium parameters over the past
decades due to the subwavelength nature of meta-atoms. Once the metamaterials are …

Metamaterials usually require that the unit size a should be comparable to the wavelength λ.
Although the λ/a relationship could tell us what size of unit we need and which method we …

Chiral plasmonic metamaterials have shown very interesting possibilities as chiral optical
absorbers for circularly polarized light detection, as their optical response can be …

We demonstrate a nanoscale broadband silicon plasmonic Schottky detector with high
responsivity and improved signal to noise ratio operating in the sub-bandgap regime …

Plasmonic absorbers, featured by unique capability of broadband light absorption and
nanoscale optical concentration, have long been regarded as ideal candidates for self …

Metamaterials have been designed to achieve a wide range of functionalities. Metamaterial
absorbers are of particular interest for various applications such as infrared detectors …

Metamaterials (MMs) with artificial structures have extraordinary physical properties that
cannot be found in traditional materials. MMs with electromagnetic wave absorption (MMAs) …

This review article aims to provide a comprehensive understanding of plasmonic
nanostructures and their applications, especially on the integration of plasmonic …

Efficient broadband absorption of visible and near-infrared light by low quality-factor metal-
insulator-metal (MIM) resonators using refractory materials is reported. Omnidirectional …