Thus, this review paper aims to provide a timely summary of recent developments in metasurface design and offers new perspectives for future metasurface designs and applications. From controlling light and sound to improving thermal management and energy harvesting, metasurfaces offer a versatile and powerful toolset for a wide range of scientific, industrial, and technological applications. Learn what a metasurface is, what benefits it offers, what its main applications are, and how metasurface technology is changing.
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Each metasurface’s reflection parameters should be developed in a way that can be adjustable in order to cope with the random mobility of wireless networks
These metasurface devices are fabricated using lithography, thin film deposition, and etching, techniques borrowed from semiconductor manufacturing
The production of these devices can be scaled up, with major consequences for optics. All metasurface applications involve tradeoffs, sometimes significant Only passive metasurfaces will be considered. Each type of metasurface is designed to exploit the unique properties of engineered structures to achieve specific functionalities
