This study aims to demonstrate the feasibility of metamaterial application in absorption
reduction of 5G electromagnetic (EM) energy in the human head tissue. In a general sense …

This research study introduces a multi-layered square-shaped metamaterial (MSM) structure
for the electromagnetic (EM) absorption reduction in wireless mobile devices. Usually …

This paper proposed metamaterials (MMs) inspired radiation pattern deflected multiple input
multiple outputs (MIMO) antenna systems for 5G applications. The MMs structure achieves …

Microwave communication devices necessitate elements with high electrical conductivity, a
property which was traditionally found in metals (eg, copper). However, in applications such …

A compact rectangular patch with dual‐ring SRR (split‐ring resonator) is presented in this
article. An antenna is designed on FR4 substrate with an overall footprint size of 26 mm× 30 …

The tremendous proliferation of mobile smartphone handsets and their usage worldwide
makes human life comfortable, while the radiation hazards associated with them are …

Metamaterials are efficiently homogenizable arrangements of artificial structural components
engineered to achieve beneficial and exotic electromagnetic (EM) properties not found in …

In this paper, a µ-near-zero wide band-stop metamaterial (MM) shield is conducted for
electromagnetic interference (EMI) shielding purposes in the C-and X-band. The proposed …

Electrically small antennas are becoming more important to compete with the rising modern
civilization. Hence, this study presents a new approach of electrically small antenna inspired …

In this paper, an inverted Ω-shaped antenna is designed and presented for 2.45 GHz ISM
band wearable applications. The proposed antenna is designed using Rogers's 3006 …