The spin Hall effect couples charge and spin transport,–, enabling electrical control of
magnetization,. A quintessential example of spin-Hall-related transport is the anomalous …

We investigate the thickness dependence of the magnetic anisotropy and dynamic magnetic
response of ferromagnetic NiFe films. We go beyond quasi-static measurements and focus …

The exchange stiffness constant is recognized as one of the fundamental properties of
magnetic materials, though its accurate experimental determination remains a particular …

Manipulating Gilbert dam** is of critical importance in spintronic devices. Here, this work
reports the dam** anisotropy of Heusler‐alloy Co3− xFexAl single crystalline thin films …

The saturated magnetization (m tot) and the Gilbert dam** constant (α) are the two key
factors that determine the critical current density of the magnetization reversal in the spin …

The time-resolved magneto-optical Kerr effect technique has been exploited to study the
magnetization dynamics over femtosecond to nanosecond timescale for Gd-Fe thin films …

We study the angle dependence of the spin wave resonance spectra in FeNi–MgO granular
films fabricated by magnetron sputtering, using ferromagnetic resonance technology. Seven …

Microwave devices, designed by the electromagnetic characteristics of spin waves, are
widely used in radio frequency circuits and microwave systems, such as magnetic tunable …

This Thesis investigates the static and dynamic time-dependent properties of magnetic thin
films, 2D planar nanostructures and 3D curved nanostructures. The results presented in this …

We report systematic investigation of thickness dependent surface topography, magnetic
properties and magnetic domain structures of amorphous Fe80Ta8C12 (x nm) films with x …