Diffraction optical spectra for a periodic array of bimetallic metamaterial bars, overlying a
dielectric substrate, are calculated and analysed within the Fourier formalism. The optical …

Hyperbolic metamaterials are known to exhibit a transition in the topology of the photon iso-
frequency surface from a closed ellipsoid to an open hyperboloid, resulting in a …

We theoretically study the effect of the spatial dispersion on the optical response of a layered
high-temperature superconductor slab. The nonlocality of the inherently-anisotropic layered …

The transmission of THz electromagnetic waves via a slab of layered superconductor in the
presence of dc magnetic field H 0 is theoretically studied. We demonstrate that the external …

Theoretical and experimental studies of intrinsic Josephson junctions (IJJs) that naturally
occur in high-T c superconducting Bi 2 Sr 2 CaCu 2 O 8+ δ (Bi-2212) have demonstrated …

Superconductor is a compelling plasmonic medium at terahertz frequencies owing to its
intrinsic low Ohmic loss and good tuning property. However, the microscopic physics of the …

In this work we numerically modelled a periodic magnetic flux pattern which qualitatively
reproduces the so-called sand avalanches scenario in type-II superconductors. To model …

We study theoretically the propagation of Josephson plasma waves (JPWs) localized on a
slab of layered superconductor in the presence of an external dc magnetic field. The slab is …

We emulate rough magnetic flux fronts and induction contours in a long hard type-II
superconducting cylinder, using the elliptic critical-state model. Specifically, using a current …

Transmission spectra of terahertz waves through a two-dimensional array of asymmetric
rectangular apertures on super-aligned multi-walled carbon nanotube films were obtained …