Spin Hall effect on a noncommutative space
arXiv:1104.4955 · doi:10.1103/PhysRevA.84.012104
Abstract
We study the spin-orbital interaction and the spin Hall effect(SHE) of an electron moving on a noncommutative space under the influence of a vector potential A. On a noncommutative space we find that the commutator between the vector potential A and the electric potential V_1(r) of lattice induces a new term which can be treated as an effective electric field, and the spin-Hall conductivity obtains some correction. In addition, the spin current as well as spin-Hall conductivity have distinct values in different direction. On a noncommutative space we derive the spin-depended electric current whose expectation value gives the spin Hall effect and spin Hall conductivity. We have defined a new parameter ς=ρθ(ρis electron concentration, θis noncommutative parameter) which can be measured experimentally. Our approach is based on the Foldy-Wouthuysen transformation which give a general Hamiltonian of a non-relativistic electron moving on a noncommutative space.
5 pages, references added, typos corrected
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- Probing the noncommutative effects of phase space in the time-dependent Aharonov-Bohm effect
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- Hall conductivity in the cosmic defect and dislocation space-time
- Higgs Couplings in NonCommutative Standard Model
- Non-Commutativity effects in the Dirac equation in crossed electric and magnetic fields
- Noncommutative Brownian motion
- Influences of the coordinate dependent noncommutative space on charged and spin currents
- Chiral Spin Noncommutative Space and Anomalous Dipole Moments
- Noncommutative effects on the fluid dynamics and modifications of the Freidmann equation
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