Many canonical problems whose solution may eventually result in useful chiral devices are
reviewed in this paper. These devices could be broadly divided into two main categories …

Abstract μThe surface wave modes in the chiral negative refraction grounded slab
waveguides in which the slab or cladding consists of chiral negative refraction metamaterial …

An integral equation (IE) method with numerical solution is presented to determine the
complete Green's dyadic for planar bianisotropic media. This method follows directly from …

Using the theory of linear operators, guided electromagnetic wave propagation in
inhomogeneous (nonreciprocal) biisotropic planar structures is analyzed in terms of a 2* 2 …

In this paper the authors present a systematic numerical method to analyze multilayered
linear chiral waveguides. The Maxwell's equations are solved inside each layer and the …

Guided-wave propagation in chiral H-guides is analyzed, using a building-block approach.
In a first stage, a 2D chiral parallel-plate waveguide is studied using a frequency dispersion …

The occurrence of semileaky waves in dielectric chirowaveguides is investigated. It is shown
that a thin-film dielectric chiroslabguide with an achiral superstrate and in which both the film …

The field theory of guided waves in optical fibers with step-index profiles and in which both
core and cladding are chiral isotropic media is developed. We show that both surface and …

The effect of a substrate's nonreciprocity on the surface modes of a grounded chiroslab
guide is investigated. It is shown that, for any surface mode, a bound on the magnitude of the …

Open chirostrip structures consist of conventional microstrip devices in which the dielectric
substrate is replaced by a slab of chiral material. This class of structures has gained …