We show that Bragg gratings can be readily incorporated into metallic nano-lasers which exploit waveguides with semiconductor cores, via modulation of the waveguide width. This provides a simple way to implement laser wavelength control
In this Letter, we report on the design criteria of plasmonic nano-lasers based on hybrid waveguides...
A periodic array of thin slits opened on a metallic surface can act as a one-dimensional photonic cr...
In the development of integrated large-scale optical phase array, compact optical nanoantennas are n...
We show that Bragg gratings can be readily incorporated into metallic nano-lasers which exploit wave...
Abstract-We show that Bragg gratings can be readily incorporated into metallic nano-lasers which exp...
Metallic nano-cavities can be used to fabricate lasers of sub-wavelength dimensions. Currently, thes...
We investigate electrically pumped, distributed feedback (DFB) lasers, based on gap-plasmon mode met...
In this paper we present our latest results on the design, fabrication and characterization of metal...
Unlike conventional dielectric photonic structures, metal coated or plasmonic structures can confine...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
Optical Bragg gratings are finding new applications in high frequency pulse generation and in multip...
Semiconductor nanolasers with metallo-dielectric cavities are considered as promising light sources ...
Over the past few decades, semiconductor lasers have relentlessly followed the path towards miniatur...
Strong light con¯nement can be achieved in metallic cavities which can con¯ne light to volumes with ...
In this Letter, we report on the design criteria of plasmonic nano-lasers based on hybrid waveguides...
A periodic array of thin slits opened on a metallic surface can act as a one-dimensional photonic cr...
In the development of integrated large-scale optical phase array, compact optical nanoantennas are n...
We show that Bragg gratings can be readily incorporated into metallic nano-lasers which exploit wave...
Abstract-We show that Bragg gratings can be readily incorporated into metallic nano-lasers which exp...
Metallic nano-cavities can be used to fabricate lasers of sub-wavelength dimensions. Currently, thes...
We investigate electrically pumped, distributed feedback (DFB) lasers, based on gap-plasmon mode met...
In this paper we present our latest results on the design, fabrication and characterization of metal...
Unlike conventional dielectric photonic structures, metal coated or plasmonic structures can confine...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
Optical Bragg gratings are finding new applications in high frequency pulse generation and in multip...
Semiconductor nanolasers with metallo-dielectric cavities are considered as promising light sources ...
Over the past few decades, semiconductor lasers have relentlessly followed the path towards miniatur...
Strong light con¯nement can be achieved in metallic cavities which can con¯ne light to volumes with ...
In this Letter, we report on the design criteria of plasmonic nano-lasers based on hybrid waveguides...
A periodic array of thin slits opened on a metallic surface can act as a one-dimensional photonic cr...
In the development of integrated large-scale optical phase array, compact optical nanoantennas are n...
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