Restricted by the physical properties of materials, most traditional metasurfaces (MSs)
cannot achieve transparent stealth in the visible spectrum. Although some metasurfaces for …

There is a growing trend towards the development of high resolution and multiplexing
metasurface holograms. In this paper, we propose the reconstruction of polarization …

In recent years, frequency-multiplexed metasurfaces have received extensive attention due
to the increasing demand for multifunction integration and communication capacity …

Multi-parameter control of light is a key functionality to modulate optical signals in photonic
integrated circuits for various applications. However, the traditional optical modulators can …

Transmissive electromagnetic metasurfaces that allow for the independent and
simultaneous control of the cross-polarized phase and amplitude responses are presented …

Metasurface holography technology has become a significant topic in optical research in
recent years. However, achieving dynamic tuning of holograms in the terahertz band …

Based on the stretchable properties of nylon wire materials, we propose a mechanically
drawn tunable metasurface. The metasurface was used to detect bovine serum protein …

Metasurface has extraordinary capability in the wavefront manipulation of electromagnetic
waves, which provides an effective method for meta-holographic technology. However …

Multiplexing technology, especially electromagnetic (EM) wave multiplexing is recognized
as a highly effective solution for addressing the escalating demands in high-capacity …

Metasurface holograms based on flat optical devices have garnered increasing interest for
their ability to miniaturize optical devices and systems. However, current off-axis …