Tunnelling of Polarized Electrons in Magnetic Wires
Abstract
We investigate the tunnelling between an electronic gas with two different velocities V ≠ V and a regular metal. We find that at the interface between the two systems that the tunnelling conductance for spin up and spin down are different. As a result a partly polarized gas (``magnetic wire'') is obtained. This result is caused by the e-e interaction, g2'' - g1'' ≠ 0, which in the presence of V ≠ V gives rise to two different tunnelling exponents.
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