Current-induced spin orientation of electrons in semiconductors TL;DR: In this paper, an electrical current in a semiconductor induces spin orientation in a thin layer near the surface of the sample due to spin-orbit effects in scattering of electrons, and a weak magnetic field parallel to the current destroys this orientation
Current-Induced Spin Polarization in Nonmagnetic Semiconductors . . . The use of spontaneous electron spin polarization in nonmagnetic semiconductors avoids the transport challenges of electron spin injection from magnetic materials as well as packing constraints of small magnets in a dense array
PII: 0375-9601(71)90196-4 - ResearchGate Anelectrical current in asemiconductor induces spin orientation in thin layer near the surface of the sample dueto spin-orbit effects in scattering ofelectrons A weak magnetic field
The rise of semiconductor spintronics - Nature Adding control of the spin degree of freedom of electrons is a natural route forwards, leading to the integration of current technology with spintronics devices A series of breakthroughs has
Current Induced Spin-Polarization in Chiral Molecules The inverse spin-galvanic effect or current-induced spin-polarization is mainly associated with interfaces between different layers in semiconducting heterostructures, surfaces of metals, and bulk semiconducting materials