Add to ORKGWe demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonstrated structure provides nanoscale confinement together with propagation length of 100 microns on chip. Near-field measurements of propagation and coupling loss are presented. ©2011 Optical Society of America
The simultaneous realization of nanoscale field localization and low transmission loss remains one o...
Light confinement at the nanoscale beyond the fundamental diffraction limit is of critical importanc...
In this Letter, we propose a hybrid plasmonic nanosystem consisting of a silver cladding layer with ...
We demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonst...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We experimentally demonstrate a self-aligned approach for the fabrication of nanoscale hybrid silico...
A hybrid plasmonic structure comprising a silicon slot waveguide separated from an inverse metal rid...
Long-range hybrid plasmonic modes with optimal loss-confinement trade-off are enabled in asymmetric ...
Long-range hybrid plasmonic modes with optimal loss-confinement trade-off are enabled in asymmetric ...
We report the experimental realization of a robust silicon-based plasmonic waveguide structure which...
A metallic coupler is proposed to interface a silicon on insulator (SOI) waveguide with a narrow hyb...
Optical interconnects based on CMOS compatible photonic integrated circuits are regarded as a promis...
The simultaneous realization of nanoscale field localization and low transmission loss remains one o...
Light confinement at the nanoscale beyond the fundamental diffraction limit is of critical importanc...
In this Letter, we propose a hybrid plasmonic nanosystem consisting of a silver cladding layer with ...
We demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonst...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demo...
We experimentally demonstrate a self-aligned approach for the fabrication of nanoscale hybrid silico...
A hybrid plasmonic structure comprising a silicon slot waveguide separated from an inverse metal rid...
Long-range hybrid plasmonic modes with optimal loss-confinement trade-off are enabled in asymmetric ...
Long-range hybrid plasmonic modes with optimal loss-confinement trade-off are enabled in asymmetric ...
We report the experimental realization of a robust silicon-based plasmonic waveguide structure which...
A metallic coupler is proposed to interface a silicon on insulator (SOI) waveguide with a narrow hyb...
Optical interconnects based on CMOS compatible photonic integrated circuits are regarded as a promis...
The simultaneous realization of nanoscale field localization and low transmission loss remains one o...
Light confinement at the nanoscale beyond the fundamental diffraction limit is of critical importanc...
In this Letter, we propose a hybrid plasmonic nanosystem consisting of a silver cladding layer with ...