Dissipative nonlinear structures in optical fiber systems III : dissipative solitons via nonlinear mapping


In the third and final talk on dissipative structures in fiber applications, we discuss mathematical techniques that can be used to characterize modern laser systems that consist of several discrete elements. In particular, we use a nonlinear mapping technique to evaluate high power laser systems where significant changes in the pulse evolution per cavity round trip is observed. We demonstrate that dissipative soliton solutions might be effectively described using this Poincaré mapping approach.

Event Title: ACOLS ACOFT 09 conference Australasian conference on optics, lasers and spectroscopy, and Australian Conference on optical fibre technology in association with the international workshop on dissipative solitons 2009
Event Type: Other
Event Location: Adelaide
Event Dates: 2009-11-29 - 2009-12-03
ISBN: 1-8763-4661-2
Last Modified: 23 Oct 2019 12:24
Date Deposited: 13 Sep 2012 07:14
Published Date: 2009-11
Authors: Turitsyn, Sergei
Bale, Brandon
Boscolo, Sonia


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