Erbium-doped solgel films are applied to the surface of silica microspheres to create low-threshold microcavity lasers. This gain functionalization can be applied by use of a number of different dopants, thereby extending the wavelength range of this class of device. Also, by varying the doping concentration and thickness of the applied solgel layer, one can vary the laser dynamics so that both continuous-wave and pulsating modes of operation are possible
Session « Glasses for Photonics »International audienceWe report on fabrication, morphological and s...
Purpose: Smart Optics, Publisher: Scientific.Net (ISSN 1662-0356)International audienceWe report exp...
In this letter, an Yb 3+ -Ho 3+ codoped sol-gel silica microsphere lasing at around 2.0 μm is report...
Er-doped sol gel films are applied to the surface of silica microspheres to create low threshold mic...
The present study explores the application of new materials systems for low threshold microlasers, a...
An erbium-doped, toroid-shaped microlaser fabricated on a silicon chip is described and characterize...
Ultra-high-Q microresonators are fabricated on silicon chips by the solgel technique. Using wafer-ba...
Ultra-high-Q microresonators are fabricated on silicon chips by the solgel technique. Using wafer-ba...
Ultra-high-Q microresonators are fabricated on silicon chips by the solgel technique. Using wafer-ba...
peer-reviewedIn this work, a Tm3+-doped solgel silica microsphere lasing at 2.0 mu m is reported. Mi...
In this work, a Tm3+-doped solgel silica microsphere lasing at 2.0 mu m is reported. Microspheres wi...
International audienceSilica microspheres were made by melting the tip of a standard telecom fiber....
International audienceSilica microspheres were made by melting the tip of a standard telecom fiber....
In this work, a Tm3-doped solgel silica microsphere lasing at 2.0 μm is reported. Microspheres with ...
We demonstrate a 1.5-mm-wavelength fiber laser formed by placement of glass microsphere resonators a...
Session « Glasses for Photonics »International audienceWe report on fabrication, morphological and s...
Purpose: Smart Optics, Publisher: Scientific.Net (ISSN 1662-0356)International audienceWe report exp...
In this letter, an Yb 3+ -Ho 3+ codoped sol-gel silica microsphere lasing at around 2.0 μm is report...
Er-doped sol gel films are applied to the surface of silica microspheres to create low threshold mic...
The present study explores the application of new materials systems for low threshold microlasers, a...
An erbium-doped, toroid-shaped microlaser fabricated on a silicon chip is described and characterize...
Ultra-high-Q microresonators are fabricated on silicon chips by the solgel technique. Using wafer-ba...
Ultra-high-Q microresonators are fabricated on silicon chips by the solgel technique. Using wafer-ba...
Ultra-high-Q microresonators are fabricated on silicon chips by the solgel technique. Using wafer-ba...
peer-reviewedIn this work, a Tm3+-doped solgel silica microsphere lasing at 2.0 mu m is reported. Mi...
In this work, a Tm3+-doped solgel silica microsphere lasing at 2.0 mu m is reported. Microspheres wi...
International audienceSilica microspheres were made by melting the tip of a standard telecom fiber....
International audienceSilica microspheres were made by melting the tip of a standard telecom fiber....
In this work, a Tm3-doped solgel silica microsphere lasing at 2.0 μm is reported. Microspheres with ...
We demonstrate a 1.5-mm-wavelength fiber laser formed by placement of glass microsphere resonators a...
Session « Glasses for Photonics »International audienceWe report on fabrication, morphological and s...
Purpose: Smart Optics, Publisher: Scientific.Net (ISSN 1662-0356)International audienceWe report exp...
In this letter, an Yb 3+ -Ho 3+ codoped sol-gel silica microsphere lasing at around 2.0 μm is report...