G Bouchez, CH Uy, B Macias, D Wolfersberger… - Optics letters, 2019 - opg.optica.org
We analyze experimentally and theoretically the chaotic dynamics generated by a laser diode subjected to phase-conjugate feedback. Phase conjugation is obtained from four …
In this Letter, we experimentally demonstrate a method to improve the bandwidth and flatness of chaos from a laser diode using the optical injection of a frequency comb. Our …
An 852 nm semiconductor laser is experimentally subjected to phase-conjugate time- delayed feedback achieved through four-wave mixing in a photorefractive (\rmBaTiO_3 …
We numerically investigate the dynamics of a semiconductor laser subject to phase- conjugate optical feedback. We explore the effects of the laser model and feedback …
We investigate the stability boundaries of a quantum cascade laser subject to phase- conjugate optical feedback. From a three-level model, we reduce our set of equations to the …
A semiconductor laser having an emission wavelength of 852 nm is subjected to phase- conjugated feedback. The phase conjugation is implemented using a Rh-doped BaTiO 3 …
In this manuscript, we study the influence of various parameters on the dynamics of a semiconductor laser with phase-conjugate feedback. We report the chaos bandwidth of its …
This thesis studied the dynamics of a laser diode subjected to a phase conjugate feedback (PCF). I analyzed both numerically and experimentally the evolution of the laser power, with …