Guiding surface electromagnetic waves around disorder without disturbing the wave
amplitude or phase is in great demand for modern photonic and plasmonic devices, but is …

In the past years quasi-conformal mapping has been generally used to design broadband
electromagnetic cloaks. However, this technique has some inherit practical limitations such …

Free-space carpet cloak designed with transformation optics requires materials exhibiting
simultaneously anisotropic properties and plasma-like behaviors, but materials that …

The design and experimental demonstration of an open cavity in the microwave region is
presented. The resonance condition is achieved through the cancellation of lightpaths in …

Waveguide design becomes more and more important with the increasing demand of
efficient routing and interconnection of electromagnetic signals for advanced information …

We propose a scheme of designing polygonal rotator with homogenous materials by using
linear coordinate transformation. Our strategy is available for both time-harmonic …

A scheme for constructing the electromagnetic localization structure (ELS) is proposed
based on the transformation optics. The ELS may have a free space cavity of cylindrical or …

A method for controlling the field distribution of a polygonal surface plasmon polariton (SPP)
resonator based on anisotropic zero-index metamaterial (AZIM) is proposed and verified by …

Aiming at suppressing the scattering of surface electromagnetic wave propagating on rough
surface, we present the theoretical design and experimental realization of invisibility cloaks …

The intrinsic strong confinement of flexible graphene plasmons (FGPs) is investigated in this
paper, such unique property is interpreted by the ultra small thickness and metal like …