In this work, we have studied numerically the dynamics of the parametrically driven damped
nonlinear Schrödinger equation (PDDNLS). The PDDNLS is a universal model to describe …

Kinks are domain walls connecting symmetric equilibria and emerge in several branches of
science. Here, we report topological kinks connecting Faraday-type waves in a magnetic …

Driven damped coupled oscillators exhibit complex spatiotemporal dynamics. An archetype
model is the driven damped sine-Gordon equation, which can describe several physical …

In the present work, we study the deterministic spin dynamics of an anisotropic magnetic
particle in the presence of a time dependent magnetic field using the Landau-Lifshitz-Gilbert …

An analytical mechanism that support localized spatio-temporal chaos is provided. We
consider a simple model—the Nagumo Kuramoto model—which contains the crucial …

In the present work we study the pattern formation in a magnetic wire forced by a transversal
uniform and oscillatory magnetic field. This system is described in the continuous framework …

This work presents a study of the Faraday instability in a parametrically forced Fermi-Fermi
mixture. The condensate is confined in the transversal spatial dimension with a strong …

The emergence of spatiotemporal coherence is ubiquitous in nature. Intriguingly, in systems
with uniform energy injection and dissipation mechanisms, coherent regions can be …

Ferromagnetic systems under the influence of spin-polarized currents exhibit rich
spatiotemporal dynamics at nanoscales. We study spin-transfer nano-oscillators driven by …

We report a systematic investigation of the magnetic anisotropy effects observed in the
deterministic spin dynamics of a magnetic particle in the presence of a time-dependent …