Recent advances in nanolithography have allowed shifting of the resonance frequency of
antennas into the optical and visible wavelength range with potential applications, for …

A review, even if not exhaustive, on the current technologies able to harvest energy from
Earth's thermal infrared emission is reported. In particular, we discuss the role of the …

Simple designs for polarization independent, metamaterial absorbers at mid-infrared
wavelengths and over wide angle of incidence are evaluated computationally. One design …

Up to a thirty-fold detectivity enhancement is achieved for an InAs quantum dot infrared
photodetector (QDIP) by the excitation of surface plasma waves (SPWs) using a metal …

Metasurface absorbers (MAs) have attracted widespread interest in the recent study of
subwavelength artificial optical metasurfaces, although most reported MAs suffer from the …

A new hybrid graphene nanoplasmonic structure, using silver nanoparticles (AgNPs) coated
with a graphene film and deposited on a substrate is proposed in this paper. The aim is to …

Here, we demonstrate a straightforward colloidal self-assembly strategy to fabricate
metasurface absorbers (MAs) with efficient broadband light absorption from ultraviolet (UV) …

We propose a new configuration of a localized surface plasmon resonance (LSPR)
biosensor that is based on MoS 2–graphene hybrid structures for ultrasensitive detection of …

Circular polarization discrimination is desired for use in many optoelectronic applications. By
integrating asymmetric metamaterials with active materials, circular‐polarization …

Turning the surfaces of noble metals (metasurfaces) into black (highly absorptive) surfaces
can be potentially applied in thermophotovoltaics, sensing, tailoring thermal emissivity, etc …