A new concept for the fabrication of integrated microring resonators, requiring only one single epitaxial growth and two single-side lithographic steps, is proposed in what is the simplest fabrication scheme for vertical microrings published to date. The approach is based on two vertically stacked phase matched core layers. The effect of bus waveguide, coupling region and ring structure parameters is theoretically analyzed. Numerical calculations predict high performance devices with quality factors of over 10000. The scheme can feature both active and passive regions, allowing the fabrication of microring lasers.This research was supported by the Spanish Government project TEC2013-47264-C2-2-R and FEDER funds
The experimental demonstration of vertical microring lasers requiring only one single epitaxial grow...
3D photonic integrated circuits are expected to play a key role in future optoelectronics with effic...
Silicon-on-insulator photonic microring resonators are ideal components for applications that requir...
A new concept for the fabrication of integrated microring resonators, requiring only one single epi...
The experimental demonstration of vertical microring lasers requiring only one single epitaxial grow...
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...
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...
Abstract — Silicon-on-insulator photonic microring resonators are ideal components for applications ...
A simple waveguiding structure with vertically coupled microring resonators has been realized. A fin...
The experimental demonstration of vertical microring lasers requiring only one single epitaxial grow...
3D photonic integrated circuits are expected to play a key role in future optoelectronics with effic...
Silicon-on-insulator photonic microring resonators are ideal components for applications that requir...
A new concept for the fabrication of integrated microring resonators, requiring only one single epi...
The experimental demonstration of vertical microring lasers requiring only one single epitaxial grow...
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...
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...
Abstract — Silicon-on-insulator photonic microring resonators are ideal components for applications ...
A simple waveguiding structure with vertically coupled microring resonators has been realized. A fin...
The experimental demonstration of vertical microring lasers requiring only one single epitaxial grow...
3D photonic integrated circuits are expected to play a key role in future optoelectronics with effic...
Silicon-on-insulator photonic microring resonators are ideal components for applications that requir...