International audienceWe present a full characterization of Hopf bifurcations ruling self-pulsing of spatially varying fields in a Bragg grating with Kerr nonlinear response. Our analysis permits, inside the stopband, to distinguish between the fully unstable region and the region where stable high transmission mediated by localized waves is achievable dynamically. Outside the stop-band, it reveals a complex behavior where islands of stability are interspersed between regions of self-pulsing and bistability. Beam propagation simulations validate our linear stability analysis and illustrate the dynamics
In this paper, we investigate the phenomenon of modulation instability (MI) and its associated gain ...
The presentation will treat the propagation of light in nonlinear periodic structures using an appro...
We explore the wide range of dynamical behaviour that is possible in networks of coupled nonlinear r...
International audienceWe present a full characterization of Hopf bifurcations ruling self-pulsing of...
We characterize the Hopf bifurcations that rule self-pulsing of spatially varying fields in distribu...
We study theoretically and experimentally nonlinear wave propagation in dynamic optical Bragg gratin...
We investigate backward second-harmonic generation in short-period quasi-phase-matched gratings by m...
International audienceThe nonlinear dynamics of cw-pumped Brillouin long-fiber ring lasers that cont...
The propagation of optical beams and pulses under the influence of nonlinear effects is characterize...
A detailed examination of the nonlinear dynamical behavior of an acousto-optic Bragg cell in the nea...
In this paper, we consider the nonlinear pulse propagation through a nonuniform birefringent fiber B...
Modulational instability in optical Bragg gratings with a quadratic nonlinearity is studied. The ele...
Fibre Bragg gratings (FBGs) consist of a periodic modulation of the refractive index along the core ...
International audienceWe investigate the occurrence of modulation instability in systems in which a ...
Abstract: We present two sets of equations to describe nonlinear pulse propagation in a birefringent...
In this paper, we investigate the phenomenon of modulation instability (MI) and its associated gain ...
The presentation will treat the propagation of light in nonlinear periodic structures using an appro...
We explore the wide range of dynamical behaviour that is possible in networks of coupled nonlinear r...
International audienceWe present a full characterization of Hopf bifurcations ruling self-pulsing of...
We characterize the Hopf bifurcations that rule self-pulsing of spatially varying fields in distribu...
We study theoretically and experimentally nonlinear wave propagation in dynamic optical Bragg gratin...
We investigate backward second-harmonic generation in short-period quasi-phase-matched gratings by m...
International audienceThe nonlinear dynamics of cw-pumped Brillouin long-fiber ring lasers that cont...
The propagation of optical beams and pulses under the influence of nonlinear effects is characterize...
A detailed examination of the nonlinear dynamical behavior of an acousto-optic Bragg cell in the nea...
In this paper, we consider the nonlinear pulse propagation through a nonuniform birefringent fiber B...
Modulational instability in optical Bragg gratings with a quadratic nonlinearity is studied. The ele...
Fibre Bragg gratings (FBGs) consist of a periodic modulation of the refractive index along the core ...
International audienceWe investigate the occurrence of modulation instability in systems in which a ...
Abstract: We present two sets of equations to describe nonlinear pulse propagation in a birefringent...
In this paper, we investigate the phenomenon of modulation instability (MI) and its associated gain ...
The presentation will treat the propagation of light in nonlinear periodic structures using an appro...
We explore the wide range of dynamical behaviour that is possible in networks of coupled nonlinear r...