FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3184562551> ?p ?o ?g. }

• W3184562551 abstract "Electrical control of magnetization is of crucial importance for integrated spintronics devices. Spin-orbit torques (SOT) in heavy-metal/ferromagnetic heterostructures have emerged as promising tool to achieve efficiently current-induced magnetization reversal. However, the microscopic origin of the SOT is being debated,with the spin Hall effect (SHE) due to nonlocal spin currents and the spin Rashba-Edelstein effect (SREE) due to local spin polarization at the interface being the primary candidates. We investigate the electrically induced out-of-equilibrium spin and orbital polarizations in pure Pt films and in Pt/3d-metal (Co, Ni, Cu) bilayer films using ab initio electronic structure methods and linear-response theory. We compute atom-resolved response quantities that allow us to identify the induced spin-polarization contributions that lead to fieldlike SOTs, mostly associated with the SREE, and dampinglike (DL) SOTs, mostly associated with the SHE, and compare their relative magnitude, dependence on the magnetization direction, as well as their Pt-layer thickness dependence. We find that both the FL and DL components contribute to the resulting SOT at the Pt/Co and Pt/Ni interfaces, with the former contributions being larger at the Pt interface layer and the latter larger in the Co or Ni layers. Our calculations show that the electrically-induced transverse orbital polarization is exceedingly larger than the induced spin polarization and present even without spin-orbit coupling, in contrast to the spin polarization." @default.
• W3184562551 created "2021-08-02" @default.
• W3184562551 creator A5038076428 @default.
• W3184562551 creator A5079422222 @default.
• W3184562551 creator A5084132581 @default.
• W3184562551 date "2021-07-16" @default.
• W3184562551 modified "2023-10-16" @default.
• W3184562551 title "Quantitative comparison of electrically induced spin and orbital polarizations in heavy-metal/ <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mrow><mml:mn>3</mml:mn><mml:mi>d</mml:mi></mml:mrow></mml:math> -metal bilayers" @default.
• W3184562551 cites W1650057362 @default.
• W3184562551 cites W1963530550 @default.
• W3184562551 cites W1964504828 @default.
• W3184562551 cites W1965304117 @default.
• W3184562551 cites W1965997851 @default.
• W3184562551 cites W1971331290 @default.
• W3184562551 cites W1979495151 @default.
• W3184562551 cites W1980302201 @default.
• W3184562551 cites W1994557753 @default.
• W3184562551 cites W1995123938 @default.
• W3184562551 cites W1998844528 @default.
• W3184562551 cites W2010419277 @default.
• W3184562551 cites W2014744284 @default.
• W3184562551 cites W2014987330 @default.
• W3184562551 cites W2016168218 @default.
• W3184562551 cites W2021440600 @default.
• W3184562551 cites W2021837285 @default.
• W3184562551 cites W2036113194 @default.
• W3184562551 cites W2037111509 @default.
• W3184562551 cites W2038682136 @default.
• W3184562551 cites W2048816704 @default.
• W3184562551 cites W2053162526 @default.
• W3184562551 cites W2053469698 @default.
• W3184562551 cites W2056779675 @default.
• W3184562551 cites W2058469295 @default.
• W3184562551 cites W2074277014 @default.
• W3184562551 cites W2076787692 @default.
• W3184562551 cites W2080156339 @default.
• W3184562551 cites W2083519154 @default.
• W3184562551 cites W2087936561 @default.
• W3184562551 cites W2113855826 @default.
• W3184562551 cites W2119035539 @default.
• W3184562551 cites W2141704677 @default.
• W3184562551 cites W2160796815 @default.
• W3184562551 cites W2210536256 @default.
• W3184562551 cites W2249342349 @default.
• W3184562551 cites W2265186888 @default.
• W3184562551 cites W2326437977 @default.
• W3184562551 cites W2337763148 @default.
• W3184562551 cites W2341349991 @default.
• W3184562551 cites W2342743018 @default.
• W3184562551 cites W2343713870 @default.
• W3184562551 cites W2566076131 @default.
• W3184562551 cites W2592729757 @default.
• W3184562551 cites W2608031156 @default.
• W3184562551 cites W2746230987 @default.
• W3184562551 cites W2749411499 @default.
• W3184562551 cites W2767036826 @default.
• W3184562551 cites W2787226197 @default.
• W3184562551 cites W2788796285 @default.
• W3184562551 cites W2793620114 @default.
• W3184562551 cites W2797192242 @default.
• W3184562551 cites W2808795347 @default.
• W3184562551 cites W2810376606 @default.
• W3184562551 cites W2883143284 @default.
• W3184562551 cites W2885254538 @default.
• W3184562551 cites W2898419207 @default.
• W3184562551 cites W2908992029 @default.
• W3184562551 cites W2912001946 @default.
• W3184562551 cites W2932736771 @default.
• W3184562551 cites W2963430795 @default.
• W3184562551 cites W2981289689 @default.
• W3184562551 cites W2990289568 @default.
• W3184562551 cites W2998848804 @default.
• W3184562551 cites W3005009768 @default.
• W3184562551 cites W3022738304 @default.
• W3184562551 cites W3034165281 @default.
• W3184562551 cites W3082935228 @default.
• W3184562551 cites W3096497209 @default.
• W3184562551 cites W3098996651 @default.
• W3184562551 cites W3099875476 @default.
• W3184562551 cites W3101708565 @default.
• W3184562551 cites W3102287054 @default.
• W3184562551 cites W3104406349 @default.
• W3184562551 cites W3104501174 @default.
• W3184562551 cites W3133971002 @default.
• W3184562551 cites W3155373490 @default.
• W3184562551 cites W3169779583 @default.
• W3184562551 doi "https://doi.org/10.1103/physrevmaterials.5.074407" @default.
• W3184562551 hasPublicationYear "2021" @default.
• W3184562551 type Work @default.
• W3184562551 sameAs 3184562551 @default.
• W3184562551 citedByCount "11" @default.
• W3184562551 countsByYear W31845625512022 @default.
• W3184562551 countsByYear W31845625512023 @default.
• W3184562551 crossrefType "journal-article" @default.
• W3184562551 hasAuthorship W3184562551A5038076428 @default.
• W3184562551 hasAuthorship W3184562551A5079422222 @default.
• W3184562551 hasAuthorship W3184562551A5084132581 @default.
• W3184562551 hasBestOaLocation W31845625511 @default.
• W3184562551 hasConcept C115260700 @default.
• W3184562551 hasConcept C121332964 @default.

• next