AbstractAs a compact multi-functional device, monolithic integrated multi-section semiconductor laser has a wide range of applications in optical communication systems and microwave photonics with its advantages in cost, size, power consumption and integration possibilities with other components. In this paper, we will review the design and characteristics of monolithically integrated dual mode semiconductor laser, with special emphasis on amplified feedback lasers (AFL). Then, their application in optical clock recovery and high frequency photonic microwave generation will be discusse
We present two different photonic integrated circuits aimed to generate electrical signals within th...
Optoelectronic mixing of very high-frequency amplitude-modulated signals using a semiconductor laser...
Abstract:Microwave signal generation from the saturable absorber of a monolithic quantum dot passive...
AbstractAs a compact multi-functional device, monolithic integrated multi-section semiconductor lase...
Mode-beating dual-wavelength semiconductor lasers, which can be used for optical microwave generatio...
A monolithic integrated amplified feedback semiconductor laser (AFL) was fabricated based on quantum...
Abstract—We experimentally demonstrate optical clock re-covery using a novel mode-locked laser (MLL)...
Semiconductor mode-locked lasers (MLLs) are important as compact and cost-effective sources of picos...
Abstract — A tunable microwave generation is demonstrated by monolithically integrated photonic chip...
Progress in technology, theory and applications of high-frequency mode-locked diode lasers is review...
We experimentally demonstrate optical clock recovery using a novel mode-locked laser (MLL) monolithi...
Progress in technology, theory and applications of high-frequency mode-locked diode lasers is review...
The interest in semiconductor ring lasers (SRLs) has been steadily growing in the last few years bec...
A monolithic integrated amplified feedback semiconductor laser is demonstrated as an optical microwa...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
Optoelectronic mixing of very high-frequency amplitude-modulated signals using a semiconductor laser...
Abstract:Microwave signal generation from the saturable absorber of a monolithic quantum dot passive...
AbstractAs a compact multi-functional device, monolithic integrated multi-section semiconductor lase...
Mode-beating dual-wavelength semiconductor lasers, which can be used for optical microwave generatio...
A monolithic integrated amplified feedback semiconductor laser (AFL) was fabricated based on quantum...
Abstract—We experimentally demonstrate optical clock re-covery using a novel mode-locked laser (MLL)...
Semiconductor mode-locked lasers (MLLs) are important as compact and cost-effective sources of picos...
Abstract — A tunable microwave generation is demonstrated by monolithically integrated photonic chip...
Progress in technology, theory and applications of high-frequency mode-locked diode lasers is review...
We experimentally demonstrate optical clock recovery using a novel mode-locked laser (MLL) monolithi...
Progress in technology, theory and applications of high-frequency mode-locked diode lasers is review...
The interest in semiconductor ring lasers (SRLs) has been steadily growing in the last few years bec...
A monolithic integrated amplified feedback semiconductor laser is demonstrated as an optical microwa...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
We present two different photonic integrated circuits aimed to generate electrical signals within th...
Optoelectronic mixing of very high-frequency amplitude-modulated signals using a semiconductor laser...
Abstract:Microwave signal generation from the saturable absorber of a monolithic quantum dot passive...