Oscillation synchronization in a linear chain of interacting single-domain ferromagnetic particles

This article is dedicated to the study of the synchronization of the oscillations of a ferromagnetic single-domain particles system with magnetostatic interactions in alternating current/direct current (ac/dc) field measurements. Using a micromagnetic method we calculate the phase׳s oscillations of the particles, neglecting thermal effects. We demonstrate that the Kuramoto algorithm can be applied to the ferromagnetic system and we evaluate the coupling between particles corresponding to the synchronization threshold. The ac field amplitude and damping influences on the synchronization process have been also analyzed.