The concept of a perfect electromagnetic conductor (PEMC) material, which is a class of a
magneto-electric metamaterial, has been recently examined in the context of the optical …

The scattering of a radially polarized (rp) Bessel vortex and nonvortex beam by a perfect
electromagnetic conductor (PEMC) sphere is studied based on the generalized Lorenz–Mie …

Unlike standard dielectric materials, the interaction of light-sheets of arbitrary wavefronts
with a particle exhibiting circular dichroism, such as chiral, topological insulator, liquid …

Propagation properties of electromagnetic (EM) waves in weakly ionized dusty plasmas are
the subject of this study. Dielectric relation for EM waves propagating at a weakly ionized …

This work introduces the method of circular dichroism spectroscopy in the framework of the
electromagnetic/optical radiation force theory. This technique is defined here as the …

Circularly polarized light can induce additional mode conversion when it interacts with a
material that rotates the orientation of the plane of polarization, which is known as “optical …

The optical radiation force (ORF) and optical spin torque (OST) on an absorptive
electromagnetic conductor (AEMC) sphere by an arbitrary-shaped optical polarized beam …

Theoretical investigations are carried out to study surface wave propagation for a graphene
parallel-plate waveguide structure filled with isotropic plasma. The extended wave …

The theoretical analysis of hybrid surface wave propagation at chiral-plasma planar
interface is presented in this manuscript. The dispersion relation is obtained for the …

This work presents electromagnetic wave propagation in the elliptical waveguides filled with
chiroplasma core and an outer perfect electromagnetic conductor boundary. The …