Spintronics requires the development of magnetic thin film structures having a wide range of
magnetic properties. Ferromagnetic resonance (FMR) is a well understood experimental …

The exchange stiffness (A ex) is one of the key parameters controlling magnetization
reversal in magnetic materials. We used a method based on the spin spiral formation in two …

An antiferromagnetically coupled FM/NM/FM (FM= ferromagnet, NM= normal metal) trilayer
structure responds to an external magnetic field by the formation of a magnetic-moment …

We investigate the motion of magnetic domain walls driven by magnetic fields and current-
driven spin-orbit torques in an exchange-biased system with perpendicular magnetization …

Nonreciprocal wave propagation arises in systems with broken time-reversal symmetry and
is key to the functionality of devices, such as isolators or circulators, in microwave, photonic …

Cobalt/cobalt oxide nanoparticles electrochemically deposited onto a copper surface
revealed an unusual behavior of the coercivity and exchange bias at liquid helium …

We observe magnetic domain structures of MgO/CoFeB with a perpendicular magnetic easy
axis under an electric field. The domain structure shows a maze pattern with electric-field …

We have synthesized ferromagnetic nanocomposite Co-Al 2 O 3 thin films via a thermite
reaction between Al and Co 3 O 4 with layer geometry. The starting Al/Co 3 O 4 bilayers …

We use the micromagnetic model to simulate magnetization in a multidomain BiFeO 3
(BFO)/CoFe bilayer. We show that CoFe couples to weak ferromagnetism on the BFO …

In this paper, we show that IrFe spacer layers enable the control of noncollinear interlayer
exchange coupling between ferromagnetic Co layers over a spacer layer composition and …