Metasurface significantly enriches the light-matter interaction and promotes the development
of planar optics. In recent years, with the rapid advancements of terahertz (THz) technology …

In this paper, few-layer porous graphene is integrated onto the surface of a metasurface
layer to provide a uniform static electric field to efficiently control liquid crystal, thereby …

In this paper, a liquid crystal (LC) based tunable metamaterial absorber with dual-band
absorption is presented. The proposed absorber is analysed both numerically and …

A tunable metamaterial absorber based on the liquid crystal intended for F frequency band
is presented. The proposed absorber was analyzed both numerically and experimentally …

液晶是一类具有自组装和刺激响应特性的软物质, 其作为当今主流信息显示技术的依托材料而备
受瞩目. 伴随着液晶理论与技术的发展与革新, 人们对这类材料的理解不断加深. 近年来 …

A new broadband absorber is investigated for the entire frequency domain of solar light
(infrared, visible light and ultraviolet). While current absorbers in the literature have limited …

In this study, we propose the generation of broadband terahertz (THz) radiation from a liquid
crystal with large birefringence in the THz range, pumped by 800 nm femtosecond laser …

A method for accurate measurement of liquid crystal (LC) dielectric constant at lower
terahertz region based on a metamaterial absorber, is proposed. In the proposed method …

Recently, physical fields with topological configurations are evoking increasing attention due
to their fascinating structures both in fundamental researches and practical applications …

Although liquid crystal display has been extensively applied, the narrow niche of optical
applications is out of the scope of this chapter. Instead, attention here is focused on non …