Metamaterials are artificially-engineered materials, possessing properties which are not
readily observable in materials existing in nature. Since they show very novel properties …

A novel design of nearly perfect metamaterial absorber is proposed and analyzed for
terahertz sensing applications. The full vectorial finite element method is used to simulate …

As a next generation of detection technology, terahertz technology is very promising. In this
work, a highly efficient terahertz wave absorber based on 3D graphene foam (3DG) is first …

Terahertz metamaterial absorbers (TMAs) can efficiently absorb electromagnetic wave in the
range of 0.1–10 THz based on the tunable electromagnetic properties of artificially designed …

In this paper, we demonstrate a dual-band tunable absorber coupled with a nanoscale metal-
dielectric-metal (MDM) structure for sensing applications in the near-infrared spectral region …

We present a polarization-insensitive five-band terahertz perfect metamaterial absorber
composed of two metallic circular rings and a metallic ground film separated by a dielectric …

A design of H-shaped tunable metamaterial absorber (HTMA) is proposed to show multi-
resonance and tunable perfect absorption characteristics. It consists of a reconfigurable H …

This paper proposes a wideband and polarization-insensitive metamaterial absorber (MA)
based on tractable conductive plastic, which is compatible with an additive manufacturing …

We experimentally demonstrate a dynamically tunable terahertz (THz) metamaterial
absorber based on an electrostatic microelectromechanical systems (MEMS) actuator and …

High absorption efficiency is particularly desirable for various microtechnological
applications. In this paper, a nearly perfect terahertz absorber for transverse magnetic (TM) …