In this paper, a high-sensitivity and tunable plasmonic refractive index sensor based on a
nano ring-shaped resonator is proposed. This structure can be used as a multi-wavelength …

Plasmon excitations in graphene, silicene, and germanene are studied using linear-
response time-dependent density functional theory within the random phase approximation …

The design and optimization of an antipodal Vivaldi antenna using graphene material for
ultra-wideband applications are described. A frequency-reconfigurable graphene antipodal …

The plasmonic character of monolayer silicene is investigated by time-dependent density
functional theory in the random phase approximation. Both the intrinsic (undoped) and …

The terahertz (THz) gap lying between the microwave and optical parts of the
electromagnetic spectrum has attracted immense attention due to its applications between …

The recent ability to manipulate graphene-like structures at the atomic scale is opening up
new challenges in electronics and photonics, with a key focus on the bulk and edges of the …

Recent experimental evidence for and the theoretical confirmation of tunable edge
plasmons and surface plasmons in graphene nanoribbons have opened up new …

This paper deals with the electrochemical characterization and the equivalent circuit
modeling of screen-printed electrodes, modified by an epoxy composite and loaded with …

The intrinsic transverse-magnetic modes of graphene with spatial dispersion are
investigated theoretically in the hydrodynamic regime in a terahertz frequency range. It is …

In this paper, a lumped element circuit model for a periodic array of Graphene rings is
derived using analytical procedures. The computations are in the subwavelength regime …