We present work on the fabrication of Bragg waveguides in gallium-lanthanum-sulfide chalcogenide glass using an ultrafast laser. Waveguides were written with a single pass while modulating the writing beam. The spatial and temporal profile of the writing beam was ontrolled during waveguide fabrication in order to control the shape and size of the waveguide cross-section
Waveguides have been fabricated on melt-quenched, bulk chalcogenide glasses using the femto-second l...
Waveguides were fabricated on GeGaSEr chalcogenide glass using ultrafast laser inscription method. T...
The powerful ultrafast laser inscription technique is used to fabricate optical waveguides in galliu...
Bragg waveguides are fundamental components in photonic integrated circuits and are particularly int...
This Letter reports on the fabrication of low-loss waveguides in gallium-lanthanum-sulfide chalcogen...
This Letter reports on the fabrication of low-loss waveguides in gallium-lanthanum-sulfide chalcogen...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass, ...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass,g...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass,g...
Bragg waveguides are fundamental components in photonic integrated circuits and are particularly int...
Chalcogenide glasses are of great interest for a variety of applications, such as nonlinear optics, ...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass, ...
Waveguides have been fabricated on melt-quenched, bulk chalcogenide glasses using the femto-second l...
Waveguides have been fabricated on melt-quenched, bulk chalcogenide glasses using the femto-second l...
Waveguides were fabricated on GeGaSEr chalcogenide glass using ultrafast laser inscription method. T...
The powerful ultrafast laser inscription technique is used to fabricate optical waveguides in galliu...
Bragg waveguides are fundamental components in photonic integrated circuits and are particularly int...
This Letter reports on the fabrication of low-loss waveguides in gallium-lanthanum-sulfide chalcogen...
This Letter reports on the fabrication of low-loss waveguides in gallium-lanthanum-sulfide chalcogen...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass, ...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass,g...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass,g...
Bragg waveguides are fundamental components in photonic integrated circuits and are particularly int...
Chalcogenide glasses are of great interest for a variety of applications, such as nonlinear optics, ...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
In this work, we synthesized bulk amorphous GeGaS glass by conventional melt quenching technique. Am...
The authors describe the fabrication of buried waveguides in a highly nonlinear chalcogenide glass, ...
Waveguides have been fabricated on melt-quenched, bulk chalcogenide glasses using the femto-second l...
Waveguides have been fabricated on melt-quenched, bulk chalcogenide glasses using the femto-second l...
Waveguides were fabricated on GeGaSEr chalcogenide glass using ultrafast laser inscription method. T...
The powerful ultrafast laser inscription technique is used to fabricate optical waveguides in galliu...
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