In this article, we reconsider the subject of spatiotemporal electromagnetic (EM) energy
around the antenna near field from a fundamental perspective and discuss the use of …

We propose a technology that utilizes a unified electromagnetic machine learning (EM-ML)
technique to mitigate the effect of mutual coupling in receiving antenna array configurations …

This study evaluates implementation of asynchronous learning in teaching engineering
electromagnetics module. A group of first-year engineering students participated in the …

Electromagnetic (EM) energy exists far and wide in the environment and can be harnessed
and transferred to the desired load (s). The researchers mostly designed and implemented …

In this letter, we provide new insights into the mutual coupling between antennas, using
spatial distribution of period-averaged electromagnetic (EM) Lagrangian density and …

Nonlocal radiating systems are new functional structures composed of externally applied
currents radiating in nonlocal material domains, for example hot plasma, optically active …

A general computational paradigm, the time-domain infinitesimal dipole model (IDM)
method, is developed and applied to compute reactive energy and radiated power for …

We present a general and comprehensive approach to evaluate spatio-temporal localized
energy around radiating structures of arbitrary shapes and excitation signals. The method …

A class of electromagnetic metamaterials (MTMs) is investigated, which the author dubs
Proca MTMs, constituting a medium behaving like a “relativistic material” for potential use in …

We deploy the general momentum space theory developed in Part I in order to explore
nonlocal radiating systems utilizing isotropic spatially-dispersive metamaterials. The …