SO-LAPW

(redirected from Spin-Orbit)
AcronymDefinition
SO-LAPWSpin-Orbit (coupling) Linearized Augmented Plane Wave
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The form of the confining potential is modulated by an external gate electrode allowing for direct control of the electron spin-orbit coupling.
The ratio of moments of inertia determines the spin-orbit libration frequency.
v[GAMMA]] valence [GAMMA] sub-band Spin-orbit splitting [E.
Soc] is the Hamiltonian due to the spin-orbit coupling which is expressed as:
In materials where the spin-orbit interaction is strong, a spin-up electron will be deflected in one direction on encountering a nuclear magnetic field, while a spin-down nucleus will be deflected in the opposite direction - an effect dubbed the quantum spin Hall effect.
The results show that relative spin-orbit interaction effect is insignificant according to Rashba effect for thin layer Pb/Si(III) empirical results contrary to high atomic number of zinc.
The second edition has been extensively updated and expanded with 200 pages of new material, which includes the addition of a new chapter on the spin-orbit coupling in semiconductor heterostructures and considerable expansion of the chapters dealing with trapped atomic gases, density functional calculations, current response to an electromagnetic field, and the Brueckner-Hartree-Fock and Monte Carlo approaches.
This molecular potential is determined almost entirely by the known long range forces between atoms and the magnitude of the atomic spin-orbit splitting, and thus may be calculated to high precision.
For each of these approximations, one-electron operators and many-electron methods are developed, spin-free and spin-orbit operators are presented, and the calculation of electric and magnetic properties is discussed.
Compounds of transition metals with 4d valence electrons ( 4d metals ) play eminent roles in many areas of condensed matter physics ranging from unconventional superconductivity to oxide electronics, but fundamental questions about the interplay between the spin-orbit coupling and electronic correlations at the atomic scale remain unanswered.
Such retrograde or spin-orbit misaligned planets are important for understanding the diversity of planetary systems, and they provide important evidence for assessing current planetary migration models.
It is well-known that Sommerfeld's result was fortuitous as the effect of spin-orbit coupling was ignored in his model.
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