In magnetoresistance (MR) studies of magnetic multilayers composed of combinations of
ferromagnetic (F) and non-magnetic (N) metals, the magnetic moment (or related'spin') of …

In the science and engineering communities, the nanoscience revolution is intensifying. As
many types of nanomaterials are becoming more reliably synthesized, they are being used …

Through combined ferromagnetic resonance, spin pumping, and inverse spin Hall effect
experiments in Co| Pt bilayers and Co| Cu| Pt trilayers, we demonstrate consistent values of …

This book emerged from a close collaboration of the authors which started in the fall of 2000.
Early that year one of us (JS) had joined the Stanford faculty after spending nearly 15 years …

Finding a means to generate, control and use spin-polarized currents represents an
important challenge for spin-based electronics,,, or 'spintronics'. Spin currents and the …

We have measured a long-range supercurrent in Josephson junctions containing Co (a
strong ferromagnetic material) when we insert thin layers of either PdNi or CuNi weakly …

We adapt the spin accumulation model of the perpendicular transport in metallic magnetic
multilayers to the issue of spin injection from a ferromagnetic metal (F) into a semiconductor …

A self-contained theory of the domain wall dynamics in ferromagnets under finite electric
current is presented. The current has two effects: one is momentum transfer, which is …

We have studied the spin transport and the spin Hall effect as a function of temperature for
platinum (Pt) and gold (Au) in lateral spin valve structures. First, by using the spin absorption …

We achieve tunneling spin injection from Co into single layer graphene (SLG) using TiO 2
seeded MgO barriers. A nonlocal magnetoresistance (Δ R NL) of 130 Ω is observed at room …