ND-PHOT NONLINEAR DYNAMICS IN PHOTONICS FOR FUTURE INFORMATION AND COMMUNICATION TECHNOLOGIES
Nonlinear dynamics is a largely open scientific area with extremely challenging promises for future technologies. The positioning of the PICS project falls within this background, in the specific technological perspectives of photonic and its applications, for next generation fiber optics telecommunication sources, as well as for novel paradigm of brain-inspired high performance computing. Both fields are of highest relevance for the future growth of our information and communication society, in order to overcome the always increasing demand for higher information transmission rates, as well as faster and more complex data processing capabilities. Understanding and controlling complex photonic nonlinear dynamics is expected to provide the ability to design high stability and high frequency photonic combs for next generation communication systems, as well as to develop efficient information processing via novel brain-inspired paradigms known as Reservoir Computing.
Investigadors
Pere Colet
Miguel C. Soriano
Ingo Fischer
Damià Gomila
Julián Bueno
Publicacions recents
Role of Eckhaus instability and pattern cracking in ultraslow dynamics of Kerr combs
Gomila, D.; Parra-Rivas, P.; Colet, P.; Coillet, A.; Lin, G.; Daugey, T.; Diallo, S.; Merolla, J.-M.; Chembo, Y.K.Physical Review A 106, 053518 (1-7) (2022)