We theoretically investigate the combined impact of the Kerr and stimulated Raman
scattering effect on the formation of localized structures and frequency comb generation. We …

We study theoretically the interaction of temporal localized states in all fiber cavities and
microresonator-based optical frequency comb generators. We show that Cherenkov …

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 …

The control of magnetization dynamics has allowed numerous technological applications.
Magnetization dynamics can be excited by, eg, alternating magnetic fields, charge and spin …

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

Fast-slow phenomena are often referred to as time series showing clearly separated time
scales of alternations between consecutive high-frequency large-amplitude oscillations and …

During the last years, there has been a growing interest in the coupling between voltages
and the magnetization of insulating nanostructures. Applied voltages can change the …

In magnetic films driven by spin-polarized currents, the perpendicular-to-plane anisotropy is
equivalent to breaking the time translation symmetry, ie, to a parametric pumping. In this …

We investigate analytically and numerically the stability of bubble-like fluxons in disk-shaped
heterogeneous Josephson junctions. Using ring solitons as a model of bubble fluxons in the …