Herein a numerical analysis is performed to explore the conversion efficiency of mode
converters for a plasmonic waveguide (WG). The major concern of metal-insulator-metal …

In this study, an efficient bi-directional optical coupler has been proposed. Our approach
involves the development of a novel mechanism aimed at coupling a plasmonic waveguide …

Power splitters are considered essential components in optical interconnects. In this
research work, two different designs of 1× 2 3-dB small-footprint high-performance …

Efficient dielectric–plasmonic interconnect is significant in the design of future electronic–
photonic integrated circuits that deal with large data transfer. We propose three designs and …

This study introduces a mode splitter through a novel coupling mechanism between
photonic crystal waveguides and metal-insulator-metal plasmonic waveguides. Notably, the …

We demonstrate the design, fabrication, and the experimental characterization of gold-
based plasmonic stripes butt-coupled with low-pressure-chemical-vapor-deposition …

To achieve ultrahigh-density nanoplasmonic integrated circuits, low-loss conventional
dielectric waveguides (CDWs) are used to transfer light into and out of the metal–dielectric …

Hybrid integration of dielectric and plasmonic waveguides is necessary to reduce the
propagation losses due to the metallic interactions and support of nanofabrication of …

Herein, we present a design analysis and optimization of open-cladded plasmonic
waveguides on a Si 3 N 4 photonic waveguide platform targeting CMOS-compatible …

We demonstrate a water cladded plasmo-photonic waveguide, by exploiting the directional
coupling scheme to vertically divert light from a 360× 800 nm (height× width) Si 3 N 4 …