Magnetic skyrmions are topological spin textures that hold great promise as nanoscale
information carriers in non-volatile memory and logic devices. While room-temperature …

Ferrimagnetic iron garnets are promising materials for spintronics applications,
characterized by ultralow damping and zero current shunting. It has recently been found that …

Skyrmions have been well studied in chiral magnets and magnetic thin films due to their
potential application in practical devices. Recently, monochiral skyrmions have been …

Ferrimagnetic alloys are extensively studied for their unique magnetic properties leading to
possible applications in perpendicular magnetic recording, due to their deterministic ultrafast …

We provide an overview of key fundamental aspects of a vastly growing field of research
involving ferrimagnetic heterostructures, with special focus on their functionality in magnetic …

Rare-earth transition metal ultra-thin TbFeCo amorphous films in the thickness range from
3.5 to 35 nm are radio frequency (RF)-sputtered based on a composition target method …

The optical control of magnetism offers an attractive possibility to manipulate small magnetic
domains for prospective memory devices on ultrashort time scales. Here, we report on the …

Using an ultrashort laser pulse, we explore ab initio the spin dynamics of Gd x (FeCo) 1− x at
femtosecond time scales. Optical excitations are found to drive charges from Fe majority d …

Thermally induced magnetization switching (TIMS) relying solely on a single laser without
any applied magnetic field is a key research direction of current spintronics. Most studies on …

Ultrafast thermally induced magnetization switching (TIMS) with femtosecond lasers has
attracted much attention due to its ability to trigger a single switching on the picosecond time …