spin-orbit

We investigate the equilibrium property of a mesoscopic ring with a spin-orbit interaction.

Spin-orbit coupling is the interaction between the spin magnetic moment of an electron and magnetic field generated by its orbital motion.

The electric dipole of the electron due to spin-orbit coupling plays an essential role in spintronics theory.

We explored spin-orbit coupling and electric-field effects on the traversal time for electrons through ferromagnetic tunneling junctions.

Besides, we study the spin precession in one-dimensional ballistic system with three different forms of spin-orbit coupling.

Doublet fine structure results from spin - orbit coupling and the two possible relative orientations of S and L .

Heavy elements have nuclei with large positive charges, which makes it more likely that they have strong spin-orbit coupling.

In this context, the spin-orbit interaction is engineered via an appropriate synthetic gauge field.

These topological insulators are band insulators with large spin-orbit interactions and exhibit the quantum spin-Hall (QSH) effect.

The energy structure in 2DEG in presence of the effect of Rashba spin-orbit coupling interaction has been studied in this thesis.

Spin-Orbit Scattering Effects on Hall Conductivity in a Layered Disordered Electron System

Influence of spin-orbit coupling on magneto-optical Kerr effect of a magnetic insulator

The fine structure parameter of the spin-orbit interactions for sp configuration of Helium atom

Electric Polarization due to Spin-Orbit Coupling

Proper definition of spin current in spin-orbit coupled systems

Four kinds of raising and lowering operators of three-dimensional isotropic harmonic oscillators with spin-orbit coupling

Spin-Orbit Force in Baryon Spectrum