Add to ORKGWe demonstrate self-aligned approach for fabrication of hybrid silicon plasmonic waveguide. The demonstrated structure provides both nanoscale confinement together with propagation length of 100 microns. Near-field measurements of propagation and coupling loss are also presented. © 2011 Optical Society of America
The promise of plasmonics to compress light into sub-wavelength regions holds a potential pathway fo...
The study and applications of surface plasmon polaritons (SP) – also known as plasmonics – has attra...
The study and applications of surface plasmon polaritons (SP) – also known as plasmonics – has attra...
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...
We demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonst...
We demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonst...
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 that a metal-coated silicon nanowire functions as a plasmonic waveguide. Measurements show...
International audienceThe integration of plasmonic nanostructures on silicon photonics enhances the ...
A hybrid plasmonic structure comprising a silicon slot waveguide separated from an inverse metal rid...
Optical interconnects based on CMOS compatible photonic integrated circuits are regarded as a promis...
The promise of plasmonics to compress light into sub-wavelength regions holds a potential pathway fo...
The study and applications of surface plasmon polaritons (SP) – also known as plasmonics – has attra...
The study and applications of surface plasmon polaritons (SP) – also known as plasmonics – has attra...
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...
We demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonst...
We demonstrate self-aligned approach for fabricating hybrid silicon plasmonic waveguide. The demonst...
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 that a metal-coated silicon nanowire functions as a plasmonic waveguide. Measurements show...
International audienceThe integration of plasmonic nanostructures on silicon photonics enhances the ...
A hybrid plasmonic structure comprising a silicon slot waveguide separated from an inverse metal rid...
Optical interconnects based on CMOS compatible photonic integrated circuits are regarded as a promis...
The promise of plasmonics to compress light into sub-wavelength regions holds a potential pathway fo...
The study and applications of surface plasmon polaritons (SP) – also known as plasmonics – has attra...
The study and applications of surface plasmon polaritons (SP) – also known as plasmonics – has attra...