Spintronic devices such as magnetic tunnel junctions and skyrmions have attracted
considerable attention due to features such as nonvolatility, high scalability, low power, and …

Damped ferromagnetic precession is an important mechanism underpinning the
magnetisation processes in ferromagnetic materials. In thin-film ferromagnets and …

This book presents the recent development in the area of spin dynamics and magnetic
damping. It is important to understand the basic physical phenomena that govern the spin …

Time-resolved magneto-optical imaging reveals that the dynamics of the helicity-dependent
all-optical switching (HD-AOS) of Co/Pt ferromagnetic multilayers occurs on the time scales …

The evolution of damping in Co/Pt, Co/Au, and Ni 81 Fe 19/Pt bilayers was studied with
increasing nonmagnetic (NM) heavy-metal layer thicknesses in the range 0.2 nm≤ t NM≤ …

High efficiency of charge–spin interconversion in spin Hall materials is a prime necessity to
apprehend intriguing functionalities of spin–orbit torque for magnetization switching, auto …

We report the development of a hybrid numerical/analytical model capable of mapping the
spatially varying distributions of the local ferromagnetic resonance (FMR) frequency and …

Pt/Co/heavy metal (HM) tri-layered structures with interfacial perpendicular magnetic
anisotropy (PMA) are currently under intensive research for several emerging spintronic …

Damping and spin transport in spintronic multilayered systems continues to be a topic of
active research. The enhancement of damping in ferromagnet (FM)/spacer layer (SL)/heavy …

Precise control of domain wall displacement in nanowires is essential for application in
domain wall based memory and logic devices. Currently, domain walls are pinned by …