We have used Monte Carlo simulations to investigate the magnetic properties of asymmetric
dots as a function of their geometry. The asymmetry of round dots is produced by cutting off a …

We have examined the dynamic hysteresis characteristics and phase transition behavior of
permalloy nanodisk with three different shapes, which are controlled by a metric order …

An off-center shift of the magnetic hysteresis loop, usually known as exchange bias,
develops in an asymmetric nanodisk due to the Dzyaloshinskii-Moriya (DM) interaction …

We have investigated the dynamical hysteresis behaviors of C o, F e, and Ni nanodisks
under the effect of the time-dependent magnetic field by solving the Landau-Lifshitz-Gilbert …

During the last decade several methods to control the vortex chirality in nanodots have been
proposed. One of them, the introduction of asymmetry in the geometry of the dots, originates …

Through numerical simulations, we delve into the examination of the equilibrium state and
dynamic response of asymmetric nanodots. Within these nanodots, we identify two distinct …

The influence of size on the dynamic magnetic hysteresis properties and dynamic phase
transitions of Fe and\(Fe_3O_4\) 2D-circular nanodisks with varying diameters has been …

Magnetic nanodot structures have significant potential in spintronic applications. The
magnetism of nanodots are predominately influenced by external conditions such as …

In recent years, construction and characterization of core–shell structures have attracted
great attention because of their unique functional properties and their integration into …

The spin structure and magnetization reversal in Co/insulator/Fe trilayer nanodots are
investigated by micromagnetic simulations. The vortex and C-state are found and the …