International audienceWe demonstrate that the optical energy carried by a TE dielectric waveguide mode can be totally transferred into a transverse plasmon mode of a coupled metal nanoparticle chain. Experiments are performed at 1.5 μm. Mode coupling occurs through the evanescent field of the dielectric waveguide mode. Giant coupling effects are evidenced from record coupling lengths as short as 560 nm. This result opens the way to nanometer scale devices based on localized plasmons in photonic integrated circuits
Abstract – We investigate the optical properties of a plasmonic chain waveguide consisting of a line...
Experimental evidence of mode-selective evanescent power coupling at telecommunication frequencies w...
Using light to exchange information offers large bandwidths and high speeds, but the miniaturization...
International audienceWe demonstrate that the optical energy carried by a TE dielectric waveguide mo...
We demonstrate that the optical energy carried by a TE dielectric waveguide mode can be totally tran...
International audienceWe investigate the optical behaviors of metallic nanoparticle (MNP) chains sup...
International audienceWe present near-field measurements of transverse plasmonic wave propagation in...
Electromagnetic energy transfer in plasmon wires consisting of chains of closely spaced metal nanopa...
We review some of the recent advances in the development of subwavelength plasmonic devices for ma-n...
International audiencePlasmonics implementation in optical circuits and interconnects requires inter...
We report direct coupling of plasmonic and photonic nanowires using ultracompact near-field interact...
Periodically arranged metallic nanowires on top of a waveguide layer show a strong coupling between ...
International audienceIn this work, we demonstrate successful interfacing between metallic nanoparti...
We investigate the possibility of using arrays of closely spaced metal nanoparticles as plasmon wave...
We review some of the recent advances in the development of subwavelength plasmonic devices for ma-n...
Abstract – We investigate the optical properties of a plasmonic chain waveguide consisting of a line...
Experimental evidence of mode-selective evanescent power coupling at telecommunication frequencies w...
Using light to exchange information offers large bandwidths and high speeds, but the miniaturization...
International audienceWe demonstrate that the optical energy carried by a TE dielectric waveguide mo...
We demonstrate that the optical energy carried by a TE dielectric waveguide mode can be totally tran...
International audienceWe investigate the optical behaviors of metallic nanoparticle (MNP) chains sup...
International audienceWe present near-field measurements of transverse plasmonic wave propagation in...
Electromagnetic energy transfer in plasmon wires consisting of chains of closely spaced metal nanopa...
We review some of the recent advances in the development of subwavelength plasmonic devices for ma-n...
International audiencePlasmonics implementation in optical circuits and interconnects requires inter...
We report direct coupling of plasmonic and photonic nanowires using ultracompact near-field interact...
Periodically arranged metallic nanowires on top of a waveguide layer show a strong coupling between ...
International audienceIn this work, we demonstrate successful interfacing between metallic nanoparti...
We investigate the possibility of using arrays of closely spaced metal nanoparticles as plasmon wave...
We review some of the recent advances in the development of subwavelength plasmonic devices for ma-n...
Abstract – We investigate the optical properties of a plasmonic chain waveguide consisting of a line...
Experimental evidence of mode-selective evanescent power coupling at telecommunication frequencies w...
Using light to exchange information offers large bandwidths and high speeds, but the miniaturization...