The explosion in the amount of information that is being processed is prompting the need for
new computing systems beyond existing electronic computers. Photonic computing is …

Metasurfaces have shown their great capability to manipulate electromagnetic waves. As a
new concept, reconfigurable metasurfaces attract researchers' attention. There are many …

Metasurfaces have promising potential to revolutionize a variety of photonic and electronic
device technologies. However, metasurfaces that can simultaneously and independently …

Flexible frequency controls are crucial in many photonic and electronic applications, ranging
from communications systems, spectroscopy, and metrology to quantum information …

Due to its ability to adapt to a variety of electromagnetic (EM) environments, the sensing‐
enabled metasurface has garnered significant attention. However, large‐scale EM‐field …

The capability to dynamically modulate electromagnetic wavefronts can revolutionize and be
crucial for future wireless technology. Electromagnetic waves can be fundamentally …

The interaction of light with time-varying materials offers intriguing opportunities for
controlling light scattering and wavefront manipulation, thereby unlocking fascinating …

Multi‐dimensional modulation of electromagnetic (EM) waves is critical in various fields such
as electronic and photonic systems. Space‐time‐coding (STC) digital metasurfaces, an …

Space-time-coding (STC) digital metasurfaces provide a powerful platform for simultaneous
spatiotemporal modulations of electromagnetic waves. Therefore, the fast and accurate …

Digital metasurfaces based on space‐time coding have established themselves as a
powerful and versatile platform for joint spatial/spectral control of electromagnetic waves …