We express the optical properties of multilayered hyperbolic metamaterials (HMMs) in terms
of the Fresnel reflection coefficients at the boundary between the metamaterial and the …

The future of plasmonic devices depends on effective reduction of losses of surface plasmon-
polariton waves propagating along metal–dielectric interfaces. Energy dissipation is caused …

Reduction of surface plasmon-polariton losses due to their scattering on metal surface
roughness still remains a challenge in the fabrication of plasmonic devices for nanooptics …

An alternative expression for the Poynting vector for monitoring electromagnetic energy flow
in confined regions of evanescent waves is presented. This expression is an intrinsic …

For boundary problems' solution in optics and quantum mechanics the same computational
methods are in use. However, with the increase of local light intensity in nano-optics and …

Layered metal-dielectric metamaterials have filtering properties both in the frequency
domain and in the spatial frequency domain. Engineering their spatial filtering response is a …

The paper is devoted to the wavelength-scale electromagnetic modelling of stop-band
multilayer optical filters protecting from harmful high-intensity laser radiation in near-infrared …

Mathematical description of the wave phenomena in nano-optics and quantum mechanics is
similar and requires wavelength-scale analysis of wave interaction with nano-layers in …

In the case of negative real part of ε and positive μ (second quadrant), the corresponding
materials are called epsilon-negative (ENG) media; this quadrant includes all the materials …

For monitoring of energy flow an alternative expression for the Poynting vector is presented.
This expression is an intrinsic integrable function at the boundary problem solution by the …