Metamaterials provide a good platform for biochemical sensing due to its strong field localization at nanoscale. In this work, we show that electric and magnetic resonant modes in split-ring-resonator (SRR) can be efficiently excited under unpolarized light illumination when the SRRs are arranged in fourfold rotationally symmetric lattice configuration. The fabrication and characterization of d...

A compact semi-hexagonal-shaped MIMO antenna loaded with a planar SRR (split-ring resonator) structure is presented for Terahertz applications. The single radiating element consists of semi-hexagonal shape metallic patch SRR-CC (Split ring Resonator-Connected C shape) metamaterial unit cell to enhance the impedance bandwidth as well gain proposed antenna. can be easily extended into two-port an...

The study presents 3D electromagnetic analysis and optimization of metamaterial constructed split ring resonator. was carried out under conditions by using boundary master slave. operating frequency range, in other words the performance characteristic, has been analysed from 1 GHz to 20 GHz. split-ring resonator design on triple co-axes accordance with its actual use. Surface current density, e...