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Dynamics of self-similar light pulses of limiting pulse width and energy in a fiber laser

Research paper by A. A. Voronin, A. M. Zheltikov

Indexed on: 04 May '08Published on: 04 May '08Published in: Journal of Experimental and Theoretical Physics



Abstract

We investigate dynamics of the formation of high-power ultrashort self-similar light pulses (similaritons) in a fiber laser in the regime of positive dispersion. The physical factors limiting the energy and the pulse width of such pulses are revealed. We specify regimes where a laser system based on an ytterbium-doped fiber can generate self-similar pulses with an energy of about 80 nJ compressible to a pulse width of about 150 fs through extracavity linear chirp compensation.