… the theory of the spin Hall effect in doped … of spin–orbit coupling in solids, I describe in detail
the three conceptually distinct mechanisms that are known to contribute to the spin Hall effect…

… observation of the spin Hall effect less than 10 years ago, … , and the role that several of the
spin Hall devices have had in the … metal spin Hall devices, and on optical or electrical spin Hall …

… galvanic effect is given, in which an electrical current induces a nonequilibrium spin
polarization. This effect often accompanies the spin Hall effect since they share common …

… One was the anomalous Hall effect, by which a charge … spin. The region in blue and red at
the bottom of this collage represents polarization observations confirming that spin Hall effect. …

… If time-reversal symmetry is broken by introducing magnetism into the system, a bandgap
can also open up in the surface state — this leads to the emergence of the quantum …

… Up to this date the strongest spin Hall effects have been observed in … to spin Hall effects.
Following this, in Section III, different experimental approaches for detecting spin Hall effects will …

… Spatial separation is at the heart of both the quantum Hall (QH) and the quantum spin Hall
(QSH) effects. (a) A spinless one-dimensional system has both a forward and a backward …

… spin properties of Maxwell waves, we show that free-space light exhibits an intrinsic quantum
spin Hall effect—surface modes with strong spin… the unusual transverse spin in evanescent …

… spin angular momentum of light comes into play, via the spin-curvature coupling. We will refer
to this effect as the gravitational spin Hall effect … to the gravitational spin Hall effect of light, …

… The spin Hall effect of light (SHEL) is a photonic version of the spin Hall effect in electronic
systems, and it has been a focused research area in the recent ten years. However, due to the …