most citedSpin Accumulation at Ferromagnet/Non-magnetic Material Interfaces

24 citations · 51 across the 6 of their papers we have counts for

collaborators

7 papers

cond-mat.other2011★ 24 cited

Spin Accumulation at Ferromagnet/Non-magnetic Material Interfaces

M. R. Sears, W. M. Saslow

Many proposed and realized spintronic devices involve spin injection and accumulation at an interface between a ferromagnet and a non-magnetic material. We examine the electric fie…

cond-mat.mtrl-sci2011★ 12 cited

Current Flow in Uniform Ferromagnets: Bulk and Surface Heating Rates

Matthew R. Sears, Wayne M. Saslow

With spintronics applications in mind, we use irreversible thermodynamics to derive the rates of entropy production and heating near an interface when heat current, electric curren…

cond-mat.mes-hall2011★ 6 cited

Thermal Equilibration and Thermally-Induced Spin Currents in a Thin-Film Ferromagnet on a Substrate

Matthew R. Sears, Wayne M. Saslow

Recent spin-Seebeck experiments on thin ferromagnetic films apply a temperature difference along the length and measure a (transverse) voltage difference alon…

cond-mat.other2010★ 3 cited

Andreev-Lifshitz Supersolid Hydrodynamics Including the Diffusive Mode

Matthew R. Sears, Wayne M. Saslow

We have re-examined the Andreev-Lifshitz theory of supersolids. This theory implicitly neglects uniform bulk processes that change the vacancy number, and assumes an internal press…

cond-mat.other2010★ 3 cited

Generation Efficiencies for Propagating Modes in a Supersolid

Matthew R. Sears, Wayne M. Saslow

Using Andreev and Lifshitz's supersolid hydrodynamics, we obtain the propagating longitudinal modes at non-zero applied pressure (necessary for solid 4He), and their genera…

cond-mat.other2010★ 3 cited

Andreev-Lifshitz Hydrodynamics Applied to an Ordinary Solid under Pressure

Matthew R. Sears, Wayne M. Saslow

We have applied the Andreev-Lifshitz hydrodynamic theory of supersolids to an ordinary solid. This theory includes an internal pressure , distinct from the applied pressure $P_a…