The electronic structure of constituent layers and the spin channel of propagating electrons
are critical factors that affect the magnitude and sign of magnetoresistance (MR) in synthetic …

The effective field theory with correlations has been employed to study the hysteresis
behavior of a ferromagnetic and ferrimagnetic three-walled mixed-spin Ising nanotube with …

Coupled antiferromagnetic–ferromagnetic bilayers have been intensively investigated as
low-dimensional memory materials. However, the connection between their architecture and …

Abstract AMn 3 V 4 O 12 (A= Ca, Ce and Sm) quaternary perovskites are studied in the
domain of density functional theory using various potentials. Generalized gradient …

We simulate the field-driven magnetization reversal in the exchange-coupled
antiferromagnetic-ferromagnetic bilayers, adapting the weakly disordered random-field Ising …

Nanostructured transition metal oxides (TMOs) showing a ferroic order have attracted a
great deal of attention over the last two decades both for fundamental studies and for …

Synthetic antiferromagnets (S-AFMs) composed of strongly correlated oxides have recently
been demonstrated to show potential applications in spintronic devices. However, the …

The strength of the interlayer exchange coupling in [Fe/MgO] N (001) superlattices with 2≤
N≤ 10 depends on the number of bilayer repeats (N). The exchange coupling is …

Effective control of magnetic anisotropy is important for develo** spintronic devices. In this
work, we performed a case study of stacking periods (N)-mediated reorientation of lateral …

A ferroic order, ferrospintronic (FSp) order, arising in some magnetic materials lacking
inversion symmetry is reported on. Emerging from a macroscopic spontaneous symmetry …