Most of them rely on the spin–orbit interaction. In this paper we study the superconducting properties of a two-band system in the presence of antisymmetric hybridization. We consider inter-band attractive interactions and also an attractive interaction in one of the bands. We show that ...
bull;Over the past decade, the researchers have discovered surprising new ways in which electricity and magnetism interact.•We review recent developments in the spin–orbit torque: an active research field within spintronics.•The spin–orbit torque is discussed in both ferromagnetic semiconductors ...
The spin–orbit splittings are shown to be reduced and in better agreement with empirical values when including a density-dependent form of the spin–orbit interaction. However, the new mass models with such modified spin–orbit terms still fail to reproduce the kink seen in the isotopic shift...
The analysis is carried out by diagonalyzing the HamiltonianHE + HXin the ground term whereHEis the parametrized effective spin–orbit interactionHE = &Sgr;&lgr;n(L·S)ndeveloped by one of the authors andHXis the usual crystal‐field interactionHX &...
2011 29Si DFT/NMR observation of spin-orbit effect in metallasilatrane sheds some light on the strength of the metal → silicon interaction. Angew. Chem. Int. Edn. 50, 255-259. (doi:10.1002/anie.201005431)Truflandier, L.A.; Brendler, E.; Wagler, J.; Autschbach, J. 29Si DFT/NMR...
We used a unitary transformation to reach an effective Hamiltonian for nano ribbon in the presence of electron–phonon interaction. Our results show that small Rashba spin orbit coupling annihilates the anti-ferromagnetic phase in the zigzag edges of ribbon and the electron–phonon interaction yields ...
Rashba spin-orbitGreen’s functionbull;A tight binding study of Rashba spin–orbit interaction in a triangle graphene quantum dot is presented.•Our results indicate mixing of up and down states in the presence or Rashba term.•We show that the Rashba has a non-negligible effect on the ...