Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of waveguide misalignments deliberately introduced into the lithography masks to demonstrate noncritical fabrication requirements. The microrings have a mode-expanded bus design which allows a greatly reduced variation in power coupling coefficient-only 6% for fabrication misalignments as high as 1 µm. This represents a five-fold improvement in fabrication tolerance when compared with conventional designs
To eliminate the scattering loss at the crossing points of cross-grid busline waveguides, the multil...
We report high refractive-index contrast microring resonators laterally coupled with waveguide cross...
An improved process for semitransparent mask lithography is described. The uniformity of mask transm...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
A simple waveguiding structure with vertically coupled microring resonators has been realized. A fin...
To eliminate the sattering loss at the crossing points of cross grid busline waveguides, a multileve...
To eliminate the scattering loss at the crossing points of cross-grid busline waveguides, the multil...
We report high refractive-index contrast microring resonators laterally coupled with waveguide cross...
An improved process for semitransparent mask lithography is described. The uniformity of mask transm...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
Vertically coupled microrings in an all-pass filter configuration are fabricated with a range of wav...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
The large-scale photonic integration of microring resonators in three dimensions made possible by re...
A simple waveguiding structure with vertically coupled microring resonators has been realized. A fin...
To eliminate the sattering loss at the crossing points of cross grid busline waveguides, a multileve...
To eliminate the scattering loss at the crossing points of cross-grid busline waveguides, the multil...
We report high refractive-index contrast microring resonators laterally coupled with waveguide cross...
An improved process for semitransparent mask lithography is described. The uniformity of mask transm...