The plasmon resonances in metallic nanorods are investigated using fully quantum
mechanical time-dependent density functional theory. The computed optical absorption …

Monolayers of transition metal dichalcogenides (TMDCs) are direct-gap semiconductors
with strong light–matter interactions featuring tightly bound excitons, while plasmonic …

Comprehension and modulation of optical activity at nanoscale have attracted tremendous
interest in the past decades due to its potential application in many fields including …

We have utilized the discrete dipole approximation to study the localized surface plasmon
resonance in infinite, periodic two-dimensional arrays of gold nanospheres with the …

Single metallic nanorods acting as half-wave antennas in the optical range exhibit an
asymmetric, multi-resonant scattering spectrum that strongly depends on both their length …

A proper generalization of the extended boundary condition method to calculate the
transition matrix, T, for electromagnetic scattering from a homogeneous and isotropic body of …

The T-matrix method is among the most versatile, efficient, and widely used theoretical
techniques for the numerically exact computation of electromagnetic scattering by …

Vertically aligned gold nanorod arrays have attracted much attention recently due to their
fascinating optical properties. In this study, a simple two-step method was developed to …

A systematic study, by means of full electrodynamic calculations, of the optical activity of
layer-by-layer chiral crystals of finite silver nanorods is presented. The nature of the …

Gold nanoparticles (NPs) are directly deposited on a Si (111) substrate by Ar sputtering to
provide a semiconductor-based plasmonic platform. The Au NPs are characterized by …