Metamaterials possess superior acoustic, thermal, and mechanical properties, making them
potential candidates for scientific and engineering applications. Previous studies were …

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

Metamaterial absorbers have garnered significant interest due to their unique
electromagnetic properties, which facilitate the efficient absorption of electromagnetic …

Highly sensitive triple-band metamaterial-based biosensor for different cancer cells
detection is suggested and numerically analyzed. The reported sensor has a polyimide …

This work presented an ultrathin terahertz metamaterial-based sensor in the terahertz
region. The suggested design comprised of gold metasurface atop on layer of dielectric …

This study introduces an ultrathin metamaterial-based sensor designed for the accurate
detection of microorganisms and pesticides displaying enhanced sensing capabilities. The …

In recent years, terahertz metamaterial sensors have shown great potential in label-free
biosensing; yet, the detection of high-absorption liquid samples that are sensitive to …

This paper demonstrated a sensor device based on metamaterial in the terahertz region for
sensing and detection of toxic gases in pollution air environment. The suggested design …

In this paper, a dual-function switchable perfect absorber in the terahertz band is simulated
and proposed. The design leverages the phase transition properties of vanadium dioxide …

The fastest growing population, continuous discharge of various chemical pollutants from
industrial sector, automobile exhaust, wasted garbage burning are leading factors of toxic …