We analyze the properties of a semiconductor laser in a ring cavity when two modes can oscillate. With this model we show that phase-sensitive mode-mode interactions can nevertheless influence the laser dynamics through their dependence on the spatial Fourier components of the carrier density. In particular, these interactions provide a mechanism by which single-mode solutions are destabilized while periodic and quasi-periodic two-mode solutions can occur. © 1992 IEEESCOPUS: ar.jinfo:eu-repo/semantics/publishe
We investigate dynamics of semiconductor lasers with fiber-based unidirectional ring cavity that can...
We study the bifurcation scenario and the evolution of the counter-propagating modes in a semiconduc...
Bifurcation mechanisms of the development and break up of different operation regimes in a passively...
We theoretically study the dynamical behavior of semiconductor ring lasers coupled by a single bus w...
We investigate the dynamical properties of two mutually delay-coupled semiconductor lasers that are ...
In order to understand and explain recently reported nonlinear behaviors in semiconductor ring laser...
A set of rate equations is presented describing the deterministic multi-mode dynamics of a semicondu...
The stability and nonlinear dynamics of two semiconductor lasers coupled side to side via evanescent...
We present an experimental and theoretical study of modal nonlinear dynamics in a specially designed...
9 pagesWe analyze multi-longitudinal-mode semiconductor lasers experimentally. We show that the inte...
A set of rate equations is derived describing the deterministic multi-mode dynamics of a semiconduct...
Using a delay differential equation model with two time delays, we investigate the dynamics of a sem...
We consider two identical, mutually delay-coupled semiconductor lasers and show that their compound ...
In this manuscript we analyze the modal dynamics of multimode semiconductor quantum-well lasers. Mod...
We consider two identical, mutually delay-coupled semiconductor lasers and show that their compound ...
We investigate dynamics of semiconductor lasers with fiber-based unidirectional ring cavity that can...
We study the bifurcation scenario and the evolution of the counter-propagating modes in a semiconduc...
Bifurcation mechanisms of the development and break up of different operation regimes in a passively...
We theoretically study the dynamical behavior of semiconductor ring lasers coupled by a single bus w...
We investigate the dynamical properties of two mutually delay-coupled semiconductor lasers that are ...
In order to understand and explain recently reported nonlinear behaviors in semiconductor ring laser...
A set of rate equations is presented describing the deterministic multi-mode dynamics of a semicondu...
The stability and nonlinear dynamics of two semiconductor lasers coupled side to side via evanescent...
We present an experimental and theoretical study of modal nonlinear dynamics in a specially designed...
9 pagesWe analyze multi-longitudinal-mode semiconductor lasers experimentally. We show that the inte...
A set of rate equations is derived describing the deterministic multi-mode dynamics of a semiconduct...
Using a delay differential equation model with two time delays, we investigate the dynamics of a sem...
We consider two identical, mutually delay-coupled semiconductor lasers and show that their compound ...
In this manuscript we analyze the modal dynamics of multimode semiconductor quantum-well lasers. Mod...
We consider two identical, mutually delay-coupled semiconductor lasers and show that their compound ...
We investigate dynamics of semiconductor lasers with fiber-based unidirectional ring cavity that can...
We study the bifurcation scenario and the evolution of the counter-propagating modes in a semiconduc...
Bifurcation mechanisms of the development and break up of different operation regimes in a passively...