DECODICA DELAY-COUPLED DIODE LASERS FOR PHOTONIC APPLICATIONS
This project is aimed at the exploration of the potential of delay-coupled semiconductor lasers for high-bit-rate random number generation and secure key distribution. These applications of chaos have a high potential to be utilized in communication technology, quantum cryptography systems and more. Our approach is based on fibre-coupling configurations of semicondctor lasers, allowing the flexibility to realize different topologies. In a joint approach of modelling and experiments we will tailor the properties of the chaotic dynamics and the synchronization as required for the applications. The laser-based approach is complemented by studies on electronic circuits which help to identify the most robust topologies.
Investigadores
Ingo Fischer
Publicaciones recientes
Complex dynamics of delay-coupled lasers: fundamentals and applications
Porte, Xavier (Supervisors: Ingo Fischer, Miguel C. Soriano)PhD Thesis (2015)
Synchronization and application of delay-coupled semiconductor lasers
Hicke, Konstantin;(Supervisor: Fischer,Ingo)PhD thesis (2014)
Parallel generation of fast random bits based on optoelectronic phase-chaos systems
Nguimdo, Romain Modeste; Colet, Pere; Danckaert, JanNonlinear Optics and Its Applications VIII; and Quantum Optics III (Edited by Benjamin J. Eggleton; Alexander L. Gaeta; Neil G. R. Broderick; Alexander V. Sergienko; Arno Rauschenbeutel; Thomas Durt),, , 9136, 91360V (2014)
Tuning the period of square-wave oscillations for delay-coupled optoelectronic systems
Martínez-Llinàs, Jade; Colet, Pere; Erneux, ThomasPhysical Review E 89, 042908 (1-11) (2014)
Formation of localized structures in bistable systems through nonlocalspatial coupling. I. General framework
Colet, Pere; Matias, Manuel A.; Gelens, Lendert; Gomila, DamiaPhysical Review E 89, 012914 (1-14) (2014)