Spin-polarized current can excite the magnetization of a ferromagnet through the transfer of
spin angular momentum to the local spin system. This pure spin-related transport …

Spin-momentum transfer between a spin-polarized current and a ferromagnetic layer can
induce steady-state magnetization precession, and has recently been proposed as a …

In low resistance-area product MgO magnetic tunnel junction nanopillars, we observe high
integrated power (up to 43 nW), narrow linewidth (down to 10 MHz), spin transfer induced …

The excitation of the steady-state precessions of magnetization opens a new way for
nanoscale microwave oscillators by exploiting the transfer of spin angular momentum from a …

Transfer of angular momentum from a spin-polarized current to a ferromagnet provides an
efficient means to control the magnetization dynamics of nanomagnets. A peculiar …

When an electric current passes from one ferromagnetic layer via a non-magnetic layer into
another ferromagnetic layer, the spin polarization and subsequent rotation of this current can …

Spintronics-based microwave devices, such as oscillators and detectors, have been the
subject of intensive investigation in recent years owing to the potential reductions in size and …

The spin-transfer nano-oscillator (STNO) offers the possibility of using the transfer of spin
angular momentum via spin-polarized currents to generate microwave signals. However, at …

The generation of oscillations in the microwave frequency range is one of the most important
applications expected from spintronics devices exploiting the spin-transfer phenomenon …

The transfer of spin angular momentum from a spin-polarized current to a ferromagnet can
generate sufficient torque to reorient the magnet's moment. This torque could enable the …