Fractal geometry has been proven to be useful in several disciplines. In the field of antenna
engineering, fractal geometry is useful to design small and multiband antenna and arrays …

Planar chiral structures respond differently for oppositely handed incident light, and thus can
produce extraordinary chiroptical effects such as circular conversion dichroism (CCD) and …

The giant optical activity of chiral metamaterials (CMMs) holds great potential for tailoring the
polarization state of an electromagnetic (EM) wave. In controlling the polarization state, the …

Several strategies are explored for the first time toward the miniaturization of three-
dimensional (3-D) anistropic zero-refractive-index metamaterials (AZIM). By incorporating …

Chiral metamaterials (CMMs) are widely used to implement devices that transform the
polarization of an incident electromagnetic wave, such as polarization rotators and linear to …

The phenomenon of asymmetric transmission (AT) means the existence of a giant difference
in transmittance after the incident waves pass through the special slab in two opposite …

A compact waveguide polarization rotator, able to turn the polarization plane by an arbitrary
angle, is proposed. Its operational principle is based on a strong electromagnetic coupling …

Optical activity and cross polarization conversion (CPC) of a rotated-arm-square chiral
metamaterial (CMM) is reported in this work. Proposed CMM shows strong chirality owing to …

In this paper, a novel bi‐layered chiral metamaterial (CMM) based design is proposed,
which exhibits broadband operation of asymmetric transmission (AT) of linearly polarized …

A compact chiral metamaterial is proposed and comprehensively investigated that can
achieve circularly polarized wave emission from linearly polarized incident wave (giant …