The carrier density modulation response of a semiconductor laser medium is analyzed. The differential gain and linewidth enhancement factor are computed as functions of strain and threshold gain. The example of InGaAs/InP with different InAs content is used to illustrate the situations of zero, tensile and compressive strain
Multiple quantum well lasers based on the III-V compound semiconductor indium phosphide were studied...
As an optical transmitter in telecommunication systems, a semiconductor laser can be either directly...
We present a systematic theoretical investigation of the influence of p-doping on the gain character...
The work described in this thesis investigates the effects of elastic strain on the performance of I...
The focus of this investigation is to provide a unified understanding of the relative impact of comp...
Compressive biaxial strain has been predicted to enhance the small‐signal modulation bandwidth of qu...
Numerical techniques are developed to study the output spectra and to solve the coupled mode rate eq...
We present numerical calculations of material gain and threshold current density in compressively st...
Strained quantum well lasers have been the objects of intense research in the recent literature. In ...
Strained-layer quantum wells are interesting for applications in semiconductor lasers , because they...
From the explosive growth of the telecommunications industry in the past two decades, demand for hig...
The optical gain spectra for compressive-strained and lattice-matched GaInNAs/GaAs quantum wells are...
The objectives of the research undertaken have been to investigate the properties of semiconductor l...
The modulation frequency response of compressively strained multiquantum well (MQW) lasers grown wit...
A many‐body theory for the optical susceptibility in highly excited strained‐layer quantum wells is ...
Multiple quantum well lasers based on the III-V compound semiconductor indium phosphide were studied...
As an optical transmitter in telecommunication systems, a semiconductor laser can be either directly...
We present a systematic theoretical investigation of the influence of p-doping on the gain character...
The work described in this thesis investigates the effects of elastic strain on the performance of I...
The focus of this investigation is to provide a unified understanding of the relative impact of comp...
Compressive biaxial strain has been predicted to enhance the small‐signal modulation bandwidth of qu...
Numerical techniques are developed to study the output spectra and to solve the coupled mode rate eq...
We present numerical calculations of material gain and threshold current density in compressively st...
Strained quantum well lasers have been the objects of intense research in the recent literature. In ...
Strained-layer quantum wells are interesting for applications in semiconductor lasers , because they...
From the explosive growth of the telecommunications industry in the past two decades, demand for hig...
The optical gain spectra for compressive-strained and lattice-matched GaInNAs/GaAs quantum wells are...
The objectives of the research undertaken have been to investigate the properties of semiconductor l...
The modulation frequency response of compressively strained multiquantum well (MQW) lasers grown wit...
A many‐body theory for the optical susceptibility in highly excited strained‐layer quantum wells is ...
Multiple quantum well lasers based on the III-V compound semiconductor indium phosphide were studied...
As an optical transmitter in telecommunication systems, a semiconductor laser can be either directly...
We present a systematic theoretical investigation of the influence of p-doping on the gain character...