Abstract
Paper presents the results of theoretical study and numerical simulations of the laser bullets--3D dissipative optical solitons in continuous media with saturable resonance amplification and absorption, constant (non- resonant) absorption, and quadratic frequency dispersion. We have performed bifurcation analysis of stationary symmetric bullets, have determined conditions of their existence in dependence of frequency detunings, investigated possibility of existence of topological 3D dissipative solitons, and studied different regimes of interaction of two laser bullets.
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