Dynamic tuning of metasurfaces with active components is a prospective solution to improve
their operation bandwidth. Here, we propose and experimentally demonstrate controllable …

Simultaneously assembling the functions of lenses and phase vortices into geometric
metasurfaces on an ultra-compact platform can potentially be used for light trap** and …

Microscopic components in metasurfaces allow precise control of electromagnetic waves,
enabling chiral metasurface absorbers to adapt to different frequencies and wavelengths of …

We fabricated a rigid bandpass filter with a broad far-infrared wavelength range of high
transmission using a silicon subwavelength structure with a Babinet complementary …

Detection of aldehyde carbonyl radiation plays an essential role in guaranteeing the safety
of fried food. However, the radiation of low-content aldehyde carbonyl is always weak and …

In this paper, a metamaterial absorber with a checkerboard patterned ITO (indium tin oxide)
film as the surface is obtained by using flexible and optically transparent wave-absorbing …

We design a four-band narrow-band near-perfect absorber based on bulk Dirac semimetal
(BDS) metamaterial in the terahertz region. The absorber has a top-to-bottom three-layer …

For the advantages of the faster computation speed and lower energy consumption, all-
optical computation has attracted great attention compared with the traditional electric …

We present a low-loss, non-volatile optical phase shifter leveraging the phase change
material (PCM) Ge_2Sb_2Te_5 (GST) operating at a 1550 nm wavelength. The design is …

Terahertz absorbers have been extensively investigated by researchers due to their
applications in thermophotovoltaic energy conversion and sensors, but a key factor limiting …