Metasurface, comprising subwavelength unit cells, offers a flexible modulation of the optical
phase. However, traditional metasurfaces are typically engineered to function solely in one …

A novel photonic device composed of graphene and black phosphorus (G-BP) has been
proposed, which achieves high-performance plasmon-induced transparency (PIT) effect …

Radiative cooling, a novel cooling technology for condensation water harvesting without
energy input, offers a promising solution to the water scarcity. According to the actual …

As a promising strategy to address energy consumption in cooling, radiative coolers
inevitably reflect sunlight to achieve high cooling power, resulting in a monotonous color …

In this article, we investigate the development and use of thermal memory elements based
on thin-film aluminum devices on silicon wafer. To stabilize their operation and reduce the …

Wave-absorbing honeycombs have garnered widespread attention due to their high-
efficiency absorption, ultra-wideband absorption, lightweight nature, and high load-carrying …

Polarization, as the fundamental property of electromagnetic waves, is attached with
multidimensional vector information. The detection of polarization states in the terahertz …

Although significant efforts have been devoted to advancing hydrodynamic cloaks for a
single object, limited exploration has focused on cloaking multiple objects. By cloak, we …

While electromagnetic metamaterials completely revolutionized optics and radio frequency
engineering, recent progress in the development of conceptually related electronic …

A multifunctional metamaterial, composed of patterned graphene layer atop the dielectric
and vanadium dioxide (VO 2) layer has been proposed. It can switch from a perfect …