We have directly written nanoscale patterns of magnetic ordering in FeRh films using
focused helium-ion beam irradiation. By varying the dose, we pattern arrays with …

Iron-rhodium thin films are in the center of scientific interest due to their great potential in
spintronic, energy harvesting and other forthcoming applications. The structural stability of …

Nanoscale magnetic patterning can lead to the formation of a variety of spin textures,
depending on the intrinsic properties of the material and the microstructure. Here we report …

The B2-ordered alloy FeRh shows a metamagnetic phase transition, transforming from
antiferromagnetic to ferromagnetic order at a temperature T t∼ 380 K in bulk. In addition to …

The phase coexistence present through a first-order phase transition means there will be
finite regions between the two phases where the structure of the system will vary from one …

The generation of electrical field signals in the terahertz frequency (THz) range has gained
increasing attention in recent years. The use of antiferromagnets (AFM) has been proposed …

Using an atomistic spin model, we have simulated spin wave injection and propagation into
antiferromagnetic IrMn from an exchange coupled CoFe layer. The spectral characteristics of …

We demonstrate a probe of long-range antiferromagnetic (AF) order in FeRh thin films using
non-resonant magnetic x-ray scattering. In particular, x-rays at energies below the Fe K …

The FeRh alloy is an attractive material for studies of magnetic first-order phase transitions.
The phase transition in FeRh from an antiferromagnetic to the ferromagnetic state is …

Magnetic mixed‐phase materials with competing ground states are important from both
scientific and technical points of view due to their magnetic phase transition and phase …