We propose a coupling model to describe the interaction between the bright and dark
modes of the plasmons of a dimer composed of two orthogonal gold nano-rods (GNRs) …

In this paper, by defining a new physical quantity called as the frequency offset in the
harmonic oscillator model and combining with the established plasmon coupling model, we …

In this paper, we investigate the coupling effects of three dimensional Au nanorods dimer.
Structural arrangement determines the electromagnetic properties of matter. Plasmon …

In this work, a central symmetrical tetramer structure consisting of gold-broken nanorings is
proposed, and the plasmonic properties of the system are investigated in the visible range …

Using the finite difference time domain (FDTD) method, we investigated the optical
properties of a periodic array of strongly coupled gold nanoparticles (MNPs). We show the …

We report on a clear experimental observation of the plasmonic dipolar anti-bonding
resonance in silver nanorings. The data can be explained effectively by the plasmon …

The optical behavior of a plane-wave excited gold nanoring (NR), originated from localized
surface plasmon resonance is modeled by two coupled electric-and magnetic-point dipoles …

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 …

This paper presents a simulation study of the photon-to-plasmon coupling effect for the silver
(Ag) nanoparticle-nanowire structure. The calculated results show that the in-coupling light …

Combined effects of polarization, split gap, and rod width on the resonance hybridization
and near field properties of strongly coupled gold dimer-rod nanosystem are comparatively …