Despite their potential, many metasurface-based antennas have so far achieved underwhelming results, such as low data ...

A team led by researchers from the University of Glasgow has developed an innovative wireless communications antenna that combines the unique properties of metamaterials with sophisticated signal ...

Professor Fuli Zhang's team pioneered the first millimeter-wave low-profile cross-shaped conformal programmable metasurface. This innovative design adopts a radiation-type programmable surface ...

This innovative antenna, known as an ultra-wideband metasurface antenna, is designed to operate efficiently across a broad spectrum of frequencies. This capability ensures that IoT devices can ...

This innovative approach allows for the generation of multiphoton entanglement on a single metasurface, simplifying the process while making it more efficient. The researchers' method involves ...

The key advance lies in controlling how light bends, or diffracts, when it hits the metasurface. Previous designs forced different orders of diffracted light to follow fixed patterns, like light ...

Applied electromagnetics; Metasurfaces and metamaterials; High frequency circuits and systems; Flexible electronics Metasurface and metamaterials; antenna design; RF ...