Revision history of "Antiferromagnetic proximity effect and development of epitaxial bimetallic antiferromagnets – two routes towards next-generation spintronics" (Q84261)

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12 March 2024

6 July 2023

11 June 2023

24 May 2023

2 March 2023

  • curprev 22:3522:35, 2 March 2023DG Regio talk contribs 62,729 bytes +156 Changed label, description and/or aliases in it, lv, da, bg, sk, pt, ro, et, hr, hu, cs, es, sv, lt, nl, de, ga, el, sl, fi, mt, and other parts

25 October 2022

21 October 2022

26 July 2022

  • curprev 03:4203:42, 26 July 2022DG Regio talk contribs 60,492 bytes +37,876 Changed label, description and/or aliases in da, el, hr, ro, sk, mt, pt, fi, sl, cs, lt, lv, bg, hu, ga, sv, et, nl, fr, de, it, es, and other parts: Adding translations: da, el, hr, ro, sk, mt, pt, fi, sl, cs, lt, lv, bg, hu, ga, sv, et,

19 January 2022

15 January 2022

16 December 2021

7 December 2021

30 November 2021

  • curprev 16:2316:23, 30 November 2021DG Regio talk contribs 14,292 bytes +1,955 Created claim: summary (P836): Les principaux composants actifs des éléments spintroniques sont les ferromagnets (FMS), dans lesquels une polarisation du spin net est responsable des zéros et des zéros logiques. Les antiferromagnétiques (AFM), dans lesquels l’ordre magnétique est accompagné d’un moment magnétique net zéro, jouent un rôle important dans l’effet spin-valve en établissant la direction de la couche de référence FM via un effet de biais d’échange. Cependant, les r...
  • curprev 16:2316:23, 30 November 2021DG Regio talk contribs 12,337 bytes +227 Changed label, description and/or aliases in fr: translated_label

29 October 2020

14 October 2020

  • curprev 12:3212:32, 14 October 2020DG Regio talk contribs 12,550 bytes +202 Changed label, description and/or aliases in 1 language: translated_label
  • curprev 12:3212:32, 14 October 2020DG Regio talk contribs 12,348 bytes −200 Changed label, description and/or aliases in 1 language: remove_english_label
  • curprev 12:3212:32, 14 October 2020DG Regio talk contribs 12,548 bytes +1,740 Created claim: summary (P836): The main active components of spintronic elements are ferromagnets (FMS), in which a net spin polarisation is responsible for logical zeros and ones. Antiferromagnets (AFMs), in which magnetic order is accompanied by a zero net magnetic moment, play an important role in the spin-valve effect by establishing direction of FM reference layer via an exchange bias effect. However, recent demonstration of magneto-transport effects in AFMs and their Ul...
  • curprev 12:3212:32, 14 October 2020DG Regio talk contribs 10,808 bytes −1,169 Removed claim: summary (P836): The main components of parent agents are responsible for the biological workers and ones.Antiferromagnes (AFMs), in whim magnetic order is accompaned and zero net magnetic timing, play roles in the spin off effect effect by establishing directive of FM as effective effect.Hwever, a demonstration of a demonstration of magneto-transport effects in AFMs and their ultra-fast magnetisation dynamic magnetisation provide that could replace FMS in spi...

9 June 2020

7 June 2020

26 March 2020

4 March 2020

  • curprev 10:0210:02, 4 March 2020DG Regio talk contribs 10,686 bytes +1,169 Created claim: summary (P836): The main components of parent agents are responsible for the biological workers and ones.Antiferromagnes (AFMs), in whim magnetic order is accompaned and zero net magnetic timing, play roles in the spin off effect effect by establishing directive of FM as effective effect.Hwever, a demonstration of a demonstration of magneto-transport effects in AFMs and their ultra-fast magnetisation dynamic magnetisation provide that could replace FMS in spine...

18 February 2020

8 February 2020

31 January 2020

14 January 2020