This paper reviews the state of the art in spin-torque and spin-Hall-effect-driven nano-
oscillators. After a brief introduction to the underlying physics, the authors discuss different …

For many decades CMOS devices have been successfully scaled down to achieve higher
speed and increased performance of integrated circuits at lower cost. Today's charge-based …

Spin torque oscillators with nanoscale electrical contacts,,, are able to produce coherent
spin waves in extended magnetic films, and offer an attractive combination of electrical and …

Dissipative solitons have been reported in a wide range of nonlinear systems, but the
observation of their magnetic analog has been experimentally challenging. Using spin …

Spin–torque nano–oscillators (STNOs) have outstanding advantages of a high degree of
compactness, high–frequency tunability and good compatibility with the standard …

Spin–torque oscillators offer a unique combination of nanosize, ultrafast modulation rates
and ultrawide band signal generation from 100 MHz to close to 100 GHz. However, their low …

Spintronic nano-oscillators and diodes with reduced nonlinearity benefit from low phase
noise and improved device properties. Moreover, they could offer key advantages for …

Short wavelength exchange-dominated propagating spin waves will enable magnonic
devices to operate at higher frequencies and higher data transmission rates. While giant …

We demonstrate a nano‐contact based spin‐torque oscillator (STO) combining a high
operating frequency with low field operation. The STO is based on an orthogonal spin‐valve …

We present a comprehensive review of the most recent advances in nanocontact spin torque
oscillators (NC-STOs). NC-STOs are highly tunable, with both applied magnetic field and dc …