coherent spin polarization in an ac-driven mesoscopic device
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ID: 178565
2012
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Abstract
The spin transport characteristics through a mesoscopic device are investigated under
the effect of an AC-field. This device consists of two-diluted magnetic semiconductor
(DMS) leads and a nonmagnetic semiconducting quantum dot. The conductance for
both spin parallel and antiparallel alignment in the two DMS leads is deduced. The
corresponding equations for giant magnetoresistance (GMR) and spin polarization (SP)
are also deduced. Calculations show an oscillatory behavior of the present studied pa-
rameters. These oscillations are due to the coupling of photon energy and spin-up &
spin-down subbands and also due to Fano-resonance. This research work is very im-
portant for spintronic devices.
| Reference Key |
d.2012progresscoherent
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|---|---|
| Authors | ;Asham M. D.;Zein W. A.;Phillips A. H. |
| Journal | e-jurnal akuntansi |
| Year | 2012 |
| DOI |
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