Modulating the Ferromagnet/Molecule Spin Hybridization Using an Artificial Magnetoelectric

Spin‐polarized charge transfer at the interface between a ferromagnetic (FM) metal and a molecule can lead to ferromagnetic coupling and to a high spin polarization at room temperature. The magnetic properties of these interfaces can not only alter those of the ferromagnet but can also stabilize mol...

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Veröffentlicht in:	Advanced functional materials 2017-07, Vol.27 (27), p.n/a
Hauptverfasser:	Studniarek, Michał, Cherifi‐Hertel, Salia, Urbain, Etienne, Halisdemir, Ufuk, Arras, Rémi, Taudul, Beata, Schleicher, Filip, Hervé, Marie, Lambert, Charles‐Henri, Hamadeh, Abbass, Joly, Loïc, Scheurer, Fabrice, Schmerber, Guy, Da Costa, Victor, Warot‐Fonrose, Bénédicte, Marcelot, Cécile, Mauguin, Olivia, Largeau, Ludovic, Leduc, Florian, Choueikani, Fadi, Otero, Edwige, Wulfhekel, Wulf, Arabski, Jacek, Ohresser, Philippe, Weber, Wolfgang, Beaurepaire, Eric, Boukari, Samy, Bowen, Martin
Format:	Artikel
Sprache:	eng
Schlagworte:	artificial magnetoelectrics Charge transfer Circularity Computer memory Condensed Matter Coupling (molecular) Dichroism Electric charge Ferroelectric materials ferroelectrics Ferromagnetism Lead zirconate titanates Magnetic properties Magnetism Materials Science molecules organic spintronics Personal computers Physics Polarization Quantum computing Strongly Correlated Electrons Switching X‐ray absorption spectroscopy
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