Computer simulation techniques for extreme nonlinear optics are reviewed with emphasis
on the high light-intensity regimes in which both bound and freed electronic states contribute …

In this article, we investigate the dynamical interaction behavior of a short pulse equation in
optical fibers with fast-varying packets. We systematically unearth the interaction dynamics …

Abstract The Kawahara–Korteweg–de Vries-type equation occurs in the modelization of
magneto-acoustic waves in plasmas and propagation of nonlinear water waves in the long …

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We analyze nonlinear effects associated with the spatiotemporal propagation of few-cycle
optical pulses in nonlinear dispersive media, including nonlinearity-induced self-phase …

This article proposes an advanced algorithm for the numerical solution of a coupled
nonlinear Schrödinger equations system describing the evolution of a high-power …

The Kuramoto-Sinelshchikov equation describes the evolution of a phase turbulence in
reaction-diffusion systems or the evolution of the plane flame propagation, taking in account …

Modulational instability (MI) of 500 fs, 5 μ J pulses, propagating in gas-filled hollow-core
kagome photonic crystal fiber, is studied numerically and experimentally. By tuning the …

We demonstrate that ultrashort optical pulses propagating in a nonlinear dispersive medium
are naturally described through incorporation of analytic signal for the electric field. To this …

The Kuramoto–Sinelshchikov–Velarde equation describes the evolution of a phase
turbulence in reaction-diffusion systems or the evolution of the plane flame propagation …