Add to ORKGA simple and reproducible technology is developed for the fabrication of low-loss silica waveguides on silicon substrates. The guiding layer is formed by changing the Si-O ratio composition of the SiO/sub 2/ layer. The waveguides can be made to have a good match to either optical fibres or guided-wave devices in III-V compound semiconductor
A new fabrication technology for three-dimensionally buried silica on silicon optical waveguide base...
Optical waveguides are important for guiding lightwave from a place to other places. Propagation and...
[[abstract]]We have successfully synthesized high quality silica by using plasma enhanced chemical v...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
Waveguiding structures are one of the fundamental components of integrated photonic circuitry. Devic...
Abstract We characterize an approach to make compact low loss silica on silicon waveguides and achie...
Abstract We characterize an approach to make compact low loss silica on silicon waveguides and achie...
Abstract: We demonstrate record low (0.045 ± 0.04 dB/m) total propagation loss in silica-on-silicon...
In this paper we report a novel fabrication technique for silicon photonic waveguides with sub-micro...
The continuous penetration of optical data transport into diverse applications is driving an imperat...
A new fabrication technology for three-dimensionally buried silica on silicon optical waveguide base...
Optical waveguides are important for guiding lightwave from a place to other places. Propagation and...
[[abstract]]We have successfully synthesized high quality silica by using plasma enhanced chemical v...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
A simple and reproducible technology is developed for the fabrication of low-loss silica waveguides ...
Waveguiding structures are one of the fundamental components of integrated photonic circuitry. Devic...
Abstract We characterize an approach to make compact low loss silica on silicon waveguides and achie...
Abstract We characterize an approach to make compact low loss silica on silicon waveguides and achie...
Abstract: We demonstrate record low (0.045 ± 0.04 dB/m) total propagation loss in silica-on-silicon...
In this paper we report a novel fabrication technique for silicon photonic waveguides with sub-micro...
The continuous penetration of optical data transport into diverse applications is driving an imperat...
A new fabrication technology for three-dimensionally buried silica on silicon optical waveguide base...
Optical waveguides are important for guiding lightwave from a place to other places. Propagation and...
[[abstract]]We have successfully synthesized high quality silica by using plasma enhanced chemical v...