We introduce a model that permits the unified description of the emergence of different regimes of complex temporal structures in noise-like or quasi-CW fiber lasers. The model is based on the vector Ginzburg-Landau equation that also permits to reproduce the experimentally observed polarization antiphase behavior and the synchronization of spatiotemporal turbulence into polarizations domain wall solitons.
Spatiotemporal chaos and order in fiber lasers / Wabnitz, Stefan. - In: REVISTA CUBANA DE FISICA. - ISSN 0253-9268. - 33:(2016), pp. E32-E34.
Spatiotemporal chaos and order in fiber lasers
WABNITZ, Stefan
2016
Abstract
We introduce a model that permits the unified description of the emergence of different regimes of complex temporal structures in noise-like or quasi-CW fiber lasers. The model is based on the vector Ginzburg-Landau equation that also permits to reproduce the experimentally observed polarization antiphase behavior and the synchronization of spatiotemporal turbulence into polarizations domain wall solitons.File allegati a questo prodotto
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