This paper experimentally investigated slow light effect in cascaded silicon-on-insulator (SOI) microring resonators. Double channel and single channel sidecoupled integrated spaced sequence of resonators (SCISSOR) devices were fabricated with electron beam lithography and dry etching technology. The delay performances of the SCISSOR devices were demonstrated using non-return-to-zero (NRZ) and return-to-zero (RZ) signals at different bit rates. Group delays and bandwidths of cascaded microrings are significantly enhanced compared with single microring
In this thesis, we propose and demonstrate microresonator-based electro-optical tunable switches and...
We report improvements in fabrication precision obtained in coupled ring-resonator slow-wave structu...
We proposed a new approach to generate slow light transmission with large bandwidth and high buildup...
This paper investigated the design and the characterization of a photonic delay line based on passiv...
Abstract-We report various all-optical signal processing functions using silicon microring resonator...
Coupled-ring resonator-based slow light structures are reported and discussed. By combining the adva...
We experimentally demonstrate a tunable slow-light device consisting of all-pass Si microrings. A co...
In this thesis, we model and experimentally demonstrate a number of silicon microring resonator-base...
Continuously tunable slow and fast light generation using a silicon-on-insulator microring resonator...
Abstract: We present slow light pulse propagation in MEMS-tunable microdisks at telecom wavelength f...
We report electro-optical tunable time delay/advance using silicon feedback-microring resonators int...
Abstract: A novel dynamical slow light cell with a tunable group delay, fabricated in silicon-on-ins...
Time-domain measurement of feedback-controlled electro-optically tunable time delay and advance in s...
The characteristics of slow light in the microfiber double-knot resonator with a parallel structure ...
As an important optoelectronic integration platform, silicon photonics has achieved significant prog...
In this thesis, we propose and demonstrate microresonator-based electro-optical tunable switches and...
We report improvements in fabrication precision obtained in coupled ring-resonator slow-wave structu...
We proposed a new approach to generate slow light transmission with large bandwidth and high buildup...
This paper investigated the design and the characterization of a photonic delay line based on passiv...
Abstract-We report various all-optical signal processing functions using silicon microring resonator...
Coupled-ring resonator-based slow light structures are reported and discussed. By combining the adva...
We experimentally demonstrate a tunable slow-light device consisting of all-pass Si microrings. A co...
In this thesis, we model and experimentally demonstrate a number of silicon microring resonator-base...
Continuously tunable slow and fast light generation using a silicon-on-insulator microring resonator...
Abstract: We present slow light pulse propagation in MEMS-tunable microdisks at telecom wavelength f...
We report electro-optical tunable time delay/advance using silicon feedback-microring resonators int...
Abstract: A novel dynamical slow light cell with a tunable group delay, fabricated in silicon-on-ins...
Time-domain measurement of feedback-controlled electro-optically tunable time delay and advance in s...
The characteristics of slow light in the microfiber double-knot resonator with a parallel structure ...
As an important optoelectronic integration platform, silicon photonics has achieved significant prog...
In this thesis, we propose and demonstrate microresonator-based electro-optical tunable switches and...
We report improvements in fabrication precision obtained in coupled ring-resonator slow-wave structu...
We proposed a new approach to generate slow light transmission with large bandwidth and high buildup...