Synchronization and multi-mode dynamics of mutually coupled semiconductor lasers
Claudio R. Mirasso, Miroslav Kolesik, Marcelo Matus, J. K. White, Jerome V. Moloney
Abstract
Dynamics of coupled semiconductor lasers is investigated by numerical simulations. A realistic laser simulation engine is used to study the synchronization and dynamical regime in two mutually coupled Fabry-Perot and/or DFB lasers. Both, single- and multi-mode operation regimes are studied with emphasis on the role of the multiple laser-cavity modes. Our findings indicate that the two laser synchronize within each laser-cavity mode, while the synchronization across different cavity modes is significantly weaker.
Create a lesson
Related papers
Statistical Optical Replication and Mixing of Spatial Information across Wavelengths
Wanting Hou, Wei Liu, Hong-Chao Liu et al.
PhySeqNet: physics-informed fluorescent foci detection for BARseq spatial transcriptomics
Neha Goswami, John Hover, Renae Galluccio et al.
Chiroptical Nonlinearity Found in Covalent Organic Frameworks
Yile Zhang, Lei Wei, Sixue Tang et al.
Aubry-André transition in photonic time quasicrystals
Shuhang Chen, Qi Zhu
UV Fluorescence Sensing of Medical-Chemical-and- Biological Analytes by an AlGaN/Si-on-Sapphire Optoelectronic Chip
Richard Soref
Spectral-control-assisted Kerr-lens mode-locking in a Tm:Y2O3 ceramic laser
Zeyu Gong, Jing Wang, Panqiang Kang et al.