Spatiotemporal solitons in dispersion-managed multimode fibers

Abstract

We develop the scheme of dispersion management (DM) for three-dimensional (3D) solitons in a multimode optical fiber. It is modeled by the parabolic confining potential acting in the transverse plane in combination with the cubic self-focusing. The DM map is adopted in the form of alternating segments with anomalous and normal group-velocity dispersion. Previously, temporal DM solitons were studied in detail in single-mode fibers, and some solutions for 2D spatiotemporal "light bullets", stabilized by DM, were found in the model of a planar waveguide. By means of numerical methods, we demonstrate that stability of the 3D spatiotemporal solitons is determined by the usual DM-strength parameter, $S$: they are quasi-stable at $S<S_0\approx 0.93$, and completely stable at $S>S_0$. Stable vortex solitons are constructed too. We also consider collisions between the 3D solitons, in both axial and transverse directions. The interactions are quasi-elastic, including periodic collisions between solitons which perform shuttle motion in the transverse plane.

arXiv comment15 pages, 13 figures, to be published in Journal of Optics

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Cited by in corpus (4)

• "Capillary'' structures in transversely trapped nonlinear optical beams
• Collisions of Light Bullets with Different Circular Polarizations
• Dispersion Managed Elliptical Atomtronics for Interferometry
• Stabilization of Spatiotemporal Dissipative Solitons in Multimode Fiber Lasers by External Phase Modulation