Amplification of picosecond pulses with greatly reduced amplified spontaneous emission compared to a standard semiconductor amplifier (up to 30dB) and a large increase in coherent spectral bandwidth is demonstrated in devices we have fabricated
We report a novel device capable of generating ultrashort electrical pulses on a coplanar waveguide ...
Integrated semiconductor laser devices are presented as extremely compact generators of ultra-short ...
In this thesis, we study optical to microwave conversion and generation of ultrashort electrical pul...
Amplification of picosecond pulses with greatly reduced amplified spontaneous emission compared to a...
We report on the simulation, design and characterization of a new device, named IRIS. It is designed...
We report on the simulation, design and characterization of a new device, named IRIS. It is designed...
Abstract—In this paper, a waveguide device concept, named IRIS, is presented. The device consists of...
In this paper, a waveguide device concept, named IRIS, is presented. The device consists of a monoli...
We report on the fabrication and characterization of a new device, named IRIS. It is designed to inc...
The use of a concatenated array of semiconductor optical amplifiers (SOA) and saturable absorbers (S...
Abstract: We report on the fabrication and charac-terization of a new device, named IRIS. It is desi...
Double-pass amplification of picosecond pulses is demonstrated and compared with single-pass amplifi...
An integrated 1300 nm QD mode-locked narrow stripe MOPA is shown to generate 10.5 ps Fourier transfo...
We report a novel device capable of generating ultrashort electrical pulses on a coplanar waveguide ...
Integrated semiconductor laser devices are presented as extremely compact generators of ultra-short ...
In this thesis, we study optical to microwave conversion and generation of ultrashort electrical pul...
Amplification of picosecond pulses with greatly reduced amplified spontaneous emission compared to a...
We report on the simulation, design and characterization of a new device, named IRIS. It is designed...
We report on the simulation, design and characterization of a new device, named IRIS. It is designed...
Abstract—In this paper, a waveguide device concept, named IRIS, is presented. The device consists of...
In this paper, a waveguide device concept, named IRIS, is presented. The device consists of a monoli...
We report on the fabrication and characterization of a new device, named IRIS. It is designed to inc...
The use of a concatenated array of semiconductor optical amplifiers (SOA) and saturable absorbers (S...
Abstract: We report on the fabrication and charac-terization of a new device, named IRIS. It is desi...
Double-pass amplification of picosecond pulses is demonstrated and compared with single-pass amplifi...
An integrated 1300 nm QD mode-locked narrow stripe MOPA is shown to generate 10.5 ps Fourier transfo...
We report a novel device capable of generating ultrashort electrical pulses on a coplanar waveguide ...
Integrated semiconductor laser devices are presented as extremely compact generators of ultra-short ...
In this thesis, we study optical to microwave conversion and generation of ultrashort electrical pul...