Abstract
In this paper, a network-shaped left-handed metamaterial for visible frequency applications has been presented. The proposed metamaterial is designed on the epoxy resin composite with woven glass fibre by a complex structure is driven by the average connectivity of the metallic network. Finite integration technique-based electromagnetic simulator Computer Simulation Technology Microwave Studio has been utilized to design, simulation and purpose of the proposed design. The designed structures exhibit resonance at 104.95, 140.61, 164.2 and 195.19 THz as well as the left-handed characteristics at 182 THz. Finally, the structure is also analysed by rotating 22.5°, 45°, 67.5° and 90°, respectively, in the xy-plane for observing the rotation effects on the result of the reflection (S11) and transmission (S21) coefficient.
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