Abstract Two-dimensional (2D) materials have attracted much research attention in the last
ten years, resulting in significant advancements in their theoretical and technical …

A hepta-band terahertz metamaterial absorber (MMA) with modified dual T-shaped
resonators deposited on polyimide is presented for sensing applications. The proposed …

Metamaterial absorbers (MMAs) have tremendous potential for controlling and modulating
Terahertz electromagnetic (EM) waves. It is challenging to design MMAs for optimal …

This article presents a machine learning-based multiband metamaterial absorber (MMA) for
terahertz applications that considerably reduces simulation time while ensuring accuracy …

In this paper, a triple-band perfect metamaterial absorber based on Cu-dielectric-Cu triple-
layer nanostructure is reported. The top metal film structure consists of a ring and four pairs …

In this study, the authors present three different metamaterial absorbers (MMAs) namely, T,
split‐I (SI) and split‐Jerusalem cross (SJC) with different dimensions and geometrical …

Metamaterials are artificial structures intentionally designed to possess unique properties
that are not naturally occurring in nature. Among their diverse applications, metamaterial …

In this paper, a graphene-based THz metamaterial has been designed and characterized for
use in sensing various refractive index profiles. The proposed single-band THz sensor was …

An ultra-thin metamaterial absorber (MMA) comprises of a split-ring-cross (SRC)-shaped
resonator coupled with graphene and dielectric layer backed by metallic ground plane is …

This article presents the design of a hexagonal tiled metamaterial absorber for the detection
of blood and breast cancer incorporating machine learning techniques. A simple hexagonal …