Ever since its first observation, the microscopic origin of ultrafast magnetization dynamics
has been actively debated. Even more questions arise when considering composite …

Temperature-dependent resistivity ρ (T) and magnetoresistance are measured in bulk
tetragonal phase of antiferromagnetic CuMnAs and are found to be anisotropic both due to …

Rare-earth-free Mn 4 N has attracted increasing attention as a spintronic material thanks to
its ferrimagnetism, perpendicular magnetic anisotropy, and controllability of magnetic …

Crossed magneto-thermo-electric coefficients are central to novel sensors and spin (calori)
tronic devices. Within the framework of Boltzmann's transport theory, we calculate the …

The high-entropy alloys Al x CrFeCoNi exist over a broad range of Al concentrations (0< x<
2). With increasing Al content their structure is changed from the fcc to bcc phase. We …

Noncollinear magnetic moments in antiferromagnets (AFM) lead to a complex behavior of
electrical transport, even to a decreasing resistivity due to an increasing temperature. Proper …

Transport properties of hexagonal transition metals Co, Ru, and Os at finite temperatures are
studied by means of ab initio electronic structure techniques and the Kubo linear response …

We studied the origins of large Seebeck coefficients (| S|> 10 3 μV/K) and Nernst coefficients
(| N|> 10 μV/K) because we thought that understanding the origin of the large thermoelectric …

1.1 Background The DFT is a powerful tool to calculate the electronic structures of molecules
and solids. Originally, it was formulated to predict the energy of the systems. However, it is …