We fabricated and characterized chalcogenide glass on CaF2 resonators with a record intrinsic quality factor of 6 × 105, and applied these devices to demonstrate cavity enhanced chemical sensing near 5.2 μm wavelength
International audienceMid-Infrared (2-20 µm) spectroscopic techniques are widely used to identify ch...
International audienceMid-Infrared (2-20 µm) spectroscopic techniques are widely used to identify ch...
In this paper, we review ongoing progress in the development of novel on-chip, low loss planar molec...
We fabricated and characterized chalcogenide glass on CaF2 resonators with a record intrinsic qualit...
We experimentally demonstrated for the first time on-chip cavity-enhanced mid-infrared spectroscopic...
We experimentally demonstrated for the first time on-chip cavity-enhanced mid-infrared spectroscopic...
We fabricated and characterized high-index-contrast As2Se 3 micro-disk resonators on silicon with a ...
We fabricated and characterized high-index-contrast As2Se 3 micro-disk resonators on silicon with a ...
We fabricated and characterized high-index-contrast As2Se3 micro-disk resonators on silicon with a r...
We fabricated and characterized high-index-contrast As2Se3 micro-disk resonators on silicon with a r...
We fabricated and characterized high-index-contrast As2Se3 micro-disk resonators on silicon with a r...
MIR planar photonics comprises an attractive device platform for sensing applications. To improve se...
Hu, JuejunChemical sensing in the mid-infrared (mid-IR) has been considered to be significant for mo...
Planar optical structures based on functionalized chalcogenide glasses provide a superb device platf...
Planar optical structures based on functionalized chalcogenide glasses provide a superb device platf...
International audienceMid-Infrared (2-20 µm) spectroscopic techniques are widely used to identify ch...
International audienceMid-Infrared (2-20 µm) spectroscopic techniques are widely used to identify ch...
In this paper, we review ongoing progress in the development of novel on-chip, low loss planar molec...
We fabricated and characterized chalcogenide glass on CaF2 resonators with a record intrinsic qualit...
We experimentally demonstrated for the first time on-chip cavity-enhanced mid-infrared spectroscopic...
We experimentally demonstrated for the first time on-chip cavity-enhanced mid-infrared spectroscopic...
We fabricated and characterized high-index-contrast As2Se 3 micro-disk resonators on silicon with a ...
We fabricated and characterized high-index-contrast As2Se 3 micro-disk resonators on silicon with a ...
We fabricated and characterized high-index-contrast As2Se3 micro-disk resonators on silicon with a r...
We fabricated and characterized high-index-contrast As2Se3 micro-disk resonators on silicon with a r...
We fabricated and characterized high-index-contrast As2Se3 micro-disk resonators on silicon with a r...
MIR planar photonics comprises an attractive device platform for sensing applications. To improve se...
Hu, JuejunChemical sensing in the mid-infrared (mid-IR) has been considered to be significant for mo...
Planar optical structures based on functionalized chalcogenide glasses provide a superb device platf...
Planar optical structures based on functionalized chalcogenide glasses provide a superb device platf...
International audienceMid-Infrared (2-20 µm) spectroscopic techniques are widely used to identify ch...
International audienceMid-Infrared (2-20 µm) spectroscopic techniques are widely used to identify ch...
In this paper, we review ongoing progress in the development of novel on-chip, low loss planar molec...
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