There has been considerable interest in metallic nanolasers recently and some forms of these devices constructed from semiconductor pillars can be considered as surface-emitting lasers. We compare two different realized versions of these nanopillar devices, one with a trapped cutoff mode in the pillar, another with a mode that propagates along the pillar. For the cutoff mode devices we introduce a method to improve the output beam characteristics and look at some of the challenges in improving such devices
Over the past few decades, semiconductor lasers have relentlessly followed the path towards miniatur...
The modeling, fabrication and operation of recently demonstrated lasers employing metallic nano-cavi...
Semiconductor nanolasers represent the current frontier of research in the confluencing area of nano...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, p...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
Metal-cavity surface-emitting micro/nanolasers are proposed and demonstrated. The design uses metals...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Semiconductor metal nanocavity lasers and light emitting diodes together with novel modal cutoff con...
Over the past few decades, semiconductor lasers have relentlessly followed the path towards miniatur...
The modeling, fabrication and operation of recently demonstrated lasers employing metallic nano-cavi...
Semiconductor nanolasers represent the current frontier of research in the confluencing area of nano...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, p...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
There has been considerable interest in metallic nanolasers recently and some forms of these devices...
Metal-cavity surface-emitting micro/nanolasers are proposed and demonstrated. The design uses metals...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Metallic structures have opened up many new possibilities for creating nano-lasers, smaller, faster ...
Semiconductor metal nanocavity lasers and light emitting diodes together with novel modal cutoff con...
Over the past few decades, semiconductor lasers have relentlessly followed the path towards miniatur...
The modeling, fabrication and operation of recently demonstrated lasers employing metallic nano-cavi...
Semiconductor nanolasers represent the current frontier of research in the confluencing area of nano...