The recently introduced transformation-electromagnetics techniques provide a new
methodology for designing devices that possess novel wave-material interaction properties …

We describe the design of adaptive beam bends and beam splitters with arbitrary bend and
split angles by use of finite embedded coordinate transformations. The devices do not …

We describe recent theoretical and experimental progress on making objects invisible to
detection by electromagnetic waves. Ideas for devices that would once have seemed fanciful …

Retroreflectors are ubiquitously used in a multitude of applications, such as cloaking,
wireless communication, radar, and antenna, owing to their ability to augment the reflected …

We describe recent theoretical and experimental progress on making objects invisible. Ideas
for devices that would have once seemed fanciful may now be at least approximately …

We discuss the use of metasurfaces and plasmonic metamaterials to minimize the scattering
from receiving antennas and sensors, with the goal of maximizing their absorption efficiency …

Within the past a few years, transformation optics has emerged as a new research area,
since it provides a general methodology and design tool for manipulating electromagnetic …

A comprehensive survey of boundary conditions as applied in antenna and microwave
engineering, material physics, optics, and general electromagnetics research. Boundary …

Beginning with a straightforward formulation of electromagnetic'cloaking'that reduces to a
boundary value problem involving a single Maxwell first-order differential equation, explicit …

Deep neural networks (DNNs) are widely used in designing a metasurface; however, data
acquisition from simulations is expensive in terms of time and effort. Inspired by image …