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 …

Measurements of noise properties of MgO-based magnetic tunnel junctions were performed
in the frequency range from 100 MHz to 18 GHz⁠. A pronounced narrow peak at the …

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 …

We observe giant enhancement of microwave emission in MgO-based magnetic tunnel
junction nano-oscillators through in-plane magnetic field orientation. At an optimal in-plane …

Low resistance-area product and high spin polarization lead to current-driven precession of
the magnetization in Co Fe B∕ Mg O∕ Co Fe B magnetic tunnel junctions due to spin …

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 …

We demonstrate the strong impact of the oscillator nonlinearity on the line broadening by
studying spin-transfer-induced microwave emission in MgO-based tunnel junctions as a …

Heat-driven engines are hard to realize in nanoscale machines because of efficient heat
dissipation. However, in the realm of spintronics, heat has been employed successfully—for …

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 …

We have measured the bias voltage and field dependence of eigenmode frequencies in a
magnetic tunnel junction with MgO barrier. We show that both free layer (FL) and reference …