Metamaterial research is an extremely important global activity that promises to change our
lives in many different ways. These include making objects invisible and the dramatic impact …

&Quot; Analytical Modeling in Applied Electromagnetics provides a thorough introduction to
the use of analytical models in the design of antennas and microwave devices. By …

We present the first use of a waveform-dependent absorbing metasurface for high-power
pulsed surface currents. The new type of nonlinear metasurface, composed of circuit …

A passive, matched two-time-derivative Lorentz material medium is designed to have its
equivalent permittivity and permeability smaller than their values in free space over a large …

The solution to the canonical problem of a radiating infinitesimal electric dipole antenna that
is centred in a multilayered, concentric metamaterial-based spherical shell system is …

We present a dual-band electromagnetic (EM) energy harvesting surface that is designed for
absorbing EM energy in the GSM-1800 and Wi-Fi bands. The unit cell of the periodic …

Multipole expansions are an essential analysis tool in the foundations of the descriptions of
the electromagnetic fields radiated by electric and magnetic sources. Nevertheless, practical …

We present a model of straight wire dipole scatterers loaded by arbitrary lumped loads in the
dipole center. These particles can be used as inclusions of custom-design composite …

© RW Ziolkowski, Published by EDP Sciences, 2014 Metamaterials are artificial materials
formed by embedding highly subwavelength inclusions in a host medium, which yield …

Summary Anytime‐wireless‐everywhere (AWE) aspirations for Internet‐of‐things (IoT)
applications to be enabled through current 5G and evolving 6G and beyond ecosystems …