Parabolic similaritons in optical fibres

Christophe Finot, Sonia Boscolo

Research output: Chapter in Book/Report/Conference proceedingChapter (peer-reviewed)

Abstract

Recent developments in nonlinear optics have brought to the fore of intensive research an interesting class of pulses with a parabolic intensity profile and a linear instantaneous frequency shift or chirp. Parabolic pulses propagate in optical fibres with normal group-velocity dispersion in a self-similar manner, holding certain relations (scaling) between pulse power, duration and chirp parameter, and can tolerate strong nonlinearity without distortion or wave breaking.  These solutions, which have been dubbed similaritons, were demonstrated theoretically and experimentally in fiber amplifiers in 2000. Similaritons in fiber amplifiers are, along with solitons in passive fibres, the most well-known classes of nonlinear attractors for pulse propagation in optical fibre, so they take on major fundamental importance. The unique properties of parabolic similaritons have stimulated numerous applications in nonlinear optics, ranging from ultrashort high-power pulse generation to highly coherent continuum sources and to optical nonlinear processing of telecommunication signals.
Original languageEnglish
Title of host publicationOdyssey of light in nonlinear optical fibers
Subtitle of host publicationtheory and applications
EditorsKuppuswamy Porsezian, Ramanathan Ganapathy
PublisherCRC Press
Pages323-350
Number of pages28
ISBN (Electronic)978-1-4822-3614-9
ISBN (Print)978-1-4822-3613-2
Publication statusPublished - 11 Nov 2015
EventPhysics and Mathematics of Nonlinear Phenomena 2015 - Gallipoli (Lecce), Italy
Duration: 20 Jun 201527 Jun 2015

Conference

ConferencePhysics and Mathematics of Nonlinear Phenomena 2015
Abbreviated titlePMNP 2015
CountryItaly
CityGallipoli (Lecce)
Period20/06/1527/06/15

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  • Cite this

    Finot, C., & Boscolo, S. (2015). Parabolic similaritons in optical fibres. In K. Porsezian, & R. Ganapathy (Eds.), Odyssey of light in nonlinear optical fibers: theory and applications (pp. 323-350). CRC Press.