Metamaterials are composed of periodic subwavelength metal/dielectric structures that
resonantly couple to the electric and/or magnetic components of the incident …

To become an integral part of the everyday outfits, wearable electronics are expected to be
lightweight, conformable, imperceptible for the user and life‐proof. The prospect of …

Lightweight, low‐cost metasurfaces and reflectarrays that are easy to stow and deploy are
desirable for many terrestrial and space‐based communications and sensing applications …

Manipulating the phase, polarization, and energy distribution of electromagnetic (EM) waves
has facilitated numerous applications. Nowadays, metasurface provides an innovational …

This Letter presents a method for making an uneven surface behave as a flat surface. This
allows an object to be concealed (cloaked) under an uneven portion of the surface, without …

This Letter presents a theory that allows graded index lenses to be mapped onto arbitrary
rotationally symmetric curved surfaces. Examples of the Luneburg and Maxwell fish-eye lens …

A circular graded index lens is conformally transformed to an elliptical shape using a closed-
form transformation. The proposed transformation is then employed to compress a Maxwell …

We show that one-dimensional electromagnetic waves can be constrained to propagate
along a join between two thin sheets when one surface supports transverse magnetic …

Nano-materials could endow electronics with some new functionalities. A slot antenna with a
tunable bandwidth, consisting of a planar slot antenna with graphene at the end and a gap …

In this work we study planar metasurfaces comprised of two layers of hexagonal arrays of
circular metal patches. This two-layer geometry supports a bound surface wave that …