Energy-efficient control of magnetization without the help of a magnetic field is a key goal of
spintronics. Purely heat-induced single-pulse all-optical toggle switching has been …

Exploring anisotropy and diverse magnetization dynamics in specimens with vanishing
magnetic moments presents a significant challenge using traditional magnetometry, as the …

The ruthenium content of half-metallic Mn 2 Ru x Ga thin films, with a biaxially strained
inverse Heusler structure, controls the ferrimagnetism that determines their magnetic and …

Here we study both static and time-resolved dynamic magnetic properties of the
compensated ferrimagnet Mn 2 Ru x Ga from room temperature down to 10 K, thus crossing …

Compensated ferrimagnets are promising materials for fast spintronic applications based on
domain-wall motion as they combine the favorable properties of ferromagnets and …

The magneto-optical Kerr effect (MOKE) is often assumed to be proportional to the
magnetization of a magnetically ordered metallic sample; in metallic ferrimagnets with …

Exploring anisotropy and diverse magnetization dynamics in specimens with vanishing
magnetic moments presents a significant challenge using traditional magnetometry, as the …

Abstract The cubic Heusler alloy Ru 2–x Mn 1+ x Al is grown in thin film form on MgO and
MgAl 2 O 4 substrates. It is a highly spin-polarised ferrimagnetic metal, with weak …

The cubic Heusler alloy Ru $ _ {2-x} $ Mn $ _ {1+ x} $ Al is grown in thin film form on MgO
and MgAl $ _2 $ O $ _4 $ substrates. It is a highly spin-polarised ferrimagnetic metal, with …

A search for high-speed and low-energy memory devices puts antiferromagnetic thin films at
the forefront of spintronic research. Here, we develop a material model of a granular …