The development of optical metamaterials enabled new light-matter interaction effects based
on nano-structural engineering rather than the natural properties of the constituent materials …

In this paper, we demonstrate a beam-steering antenna using a fluidically programmable
metasurface (FPMS). The proposed FPMS-based antenna consists of a source antenna and …

The field of integrated plasmonics is multifaceted in a way that few other disciplines in
applied science are, mainly due to its intrinsic “hybrid” nature of combining materials and …

The realization of commercial photonic devices based on three-dimensional optical
metamaterials is challenged by large absorptive losses as well as complex and costly …

A low-cost actuator-based fluidically programmable metasurface (FPMS) antenna is
proposed to solve the slow tuning speed problem of the manually fluidic based …

A reconfigurable ultra-wideband polarization conversion metasurface (RUW-PCM) is
proposed. When the Micro-Electro-Mechanical System (MEMS) is switched on, the RUW …

The emergence of photonic metasurfaces-planar arrays of nano-antennas-has enabled a
new paradigm of light control through wave-front engineering. Space-gradient metasurfaces …