A printed Z-shaped electric meta-atom is presented as an alternative design to the
conventional electric-LC (ELC) resonator. We propose to redesign the ELC resonator …

Using the idea of wave manipulation via transformation optics, we propose a way to create a
quasi-perfect isotropic emission from a directional one. The manipulation is enabled by …

Multi emission meta-radiating structures have been an important area of focus due to their
potential applications in multi-user scenarios. Thereby, based on the concept of multi-folded …

Using transformation electromagnetics concept, we introduce an approach to virtually
delocalize radiating sources and to transform their radiation pattern at the same time. We …

Using transformation optics, a general method for tailoring the radiation pattern of a
monopole antenna encompassed by a coating layer is proposed. Unlike previous studies …

Transformation electromagnetics offers an unconventional approach for the design of novel
radiating devices. Here, we propose an electromagnetic metamaterial able to split an …

A printed Z-shaped electric meta-atom is presented as an alternative design to the
conventional electric-LC (ELC) resonator. We propose an easy way to redesign the ELC …

Various easy made planar electric meta‐atoms are presented as alternative designs to the
conventional electric‐LC resonator for achieving negative permittivity. Transforming the LC …

We propose to use the concept of transformation optics for the design of novel radiating
devices. By applying transformations that compress space, and then that match it to the …

This article deals with the modeling, practical implementation, and characterization of an
azimuthal directive antenna around 10 GHz. The design of the antenna is based on …