Spin–charge conversion (SCC) leads to the driving principle of spintronics devices, such as
non-volatile magnetic memory and energy harvesting devices from light, sound, and heat to …

We demonstrate the interplay of pure spin current, spin-polarized current, and spin
fluctuation in 3 d Ni x Cu 1− x. By tuning the compositions of the Ni x Cu 1− x alloys, we …

Tuning of the anisotropic Gilbert dam** Δ α has been realized in ultrathin single-
crystalline Fe films grown on GaAs (001). A nonmonotonic dependence of Δ α on film …

Spintronic terahertz (THz) emission has been investigated in ferromagnetic (FM)
metal/nonmagnetic (NM) metal, FM/semiconductor, and FM/topological insulator systems …

The spin-dependent transport properties of paramagnetic metals are roughly invariant under
rotation. By contrast, in ferromagnetic materials, the magnetization breaks the rotational …

Light transition metals have recently emerged as a sustainable material class for efficient
spin–charge interconversion. We report measurements of current-induced spin–orbit …

In ferromagnetic metals, transverse spin currents are thought to be absorbed via dephasing—
ie, destructive interference of spins precessing about the strong exchange field. Yet, due to …

The binary alloy/ferromagnetic metal heterostructure has drawn extensive attention in the
research field of spin–orbit torque (SOT) due to the potential enhancement of SOT efficiency …

The control of spin current is pivotal for spintronic applications, especially for spin-orbit
torque devices. The spin Hall effect is a prevalent method to generate spin current. However …

Spin-to-charge current interconversion in non-magnetic systems is based on the spin-orbit
coupling. During the past ten years, spintronics has been deeply transformed by the use of …