Traditionally, nanocones as a drug delivery material allow controlled drug delivery close to
the target area while reducing the toxicity and generic accumulation associated with …

In this Letter, we first demonstrate periodically and independently tunable double Fano
resonances (DFRs) using waveguide-coupled cavities consisting of two silicon microring …

We numerically analyzed a simple and novel design of multi-broadband plasmonic absorber
which consists of a planar array of thin gold square ring structures on dielectric/metal …

A polarization-sensitive perfect plasmonic absorber composed of three functional layers is
designed and numerically investigated for harvesting of solar energy. The top layer is …

We present a computational study of the plasmonic response of a split nanoring dimer
resonator which supports multiple plasmonic Fano-like resonances that arises by the …

Plasmonic Fano resonances arise in symmetric single-layer conical nanoshells, which can
be switched on and off by changing the polarization of the incident electric field. By breaking …

Using the image charge theory and finite element methods, we present the first
comprehensive study on the optical properties of substrate-supported, three-layer …

We proposed an ultra-sensitive refractive index sensor by using indium-doped cadmium
oxide as a plasmonic material operating in near-infrared based on Fano resonance. The …

The presence of plasmonic Fano-like resonances in the optical response of isolated and
dimer metal-dielectric-metal nanostructures are investigated theoretically. The …

The plasmonic properties of two closely adjacent gold nanocones of different sizes have
been investigated. The plasmon modes of the first nanocone couple with the plasmon …