Virtual reality (VR) and augmented reality (AR) are revolutionizing our lives. Near-eye
displays are crucial technologies for VR and AR. Despite the rapid advances in near-eye …

As the demand for cognitive understanding of the THz band continues to grow, there is
significant potential for practical applications in designing optical devices operating in this …

Due to the continuous development of terahertz field and material science, terahertz
absorbers have received extensive attention. The paper proposes a tunable absorber film of …

This work proposes a colored intelligent thermal control emitter characterized by adjustable
structural color development with a reflection spectrum in the visible light range and …

This work presents a temperature-sensitive multi-band grating metamaterial absorption
device (MAD) composed of gold, Dirac semimetal, and vanadium dioxide. And optimized the …

This paper proposes an ultra-broadband absorber operating in the terahertz band, utilizing
the surface plasmon resonance characteristics of micron-scale structured Dirac semimetals …

This paper proposes a metamaterial absorption device (MAD) based on Block Dirac
semimetal (BDS), which exhibits five band perfect absorption in 5.96 THz, 7.86 THz, 9.84 …

Optical metasurfaces have emerged as a groundbreaking technology in photonics, offering
unparalleled control over light–matter interactions at the subwavelength scale with ultrathin …

In this paper, a terahertz absorber based on monolayer graphene is proposed. Compared
with other absorber structures, the structure is very simple, which is conducive to the …

This study introduces an innovative dual-tunable absorption film with the capability to switch
between ultra-wideband and narrowband absorption. By manipulating the temperature, the …