Unravelling the role of the interface for spin injection into organic semiconductors
Clément Barraud,Pierre Seneor,Richard Mattana,Stéphane Fusil,Stéphane Fusil,Karim Bouzehouane,Cyrile Deranlot,Patrizio Graziosi,Luis E. Hueso,Ilaria Bergenti,Valentin Dediu,Frédéric Petroff,Albert Fert +12 more
TLDR
In this paper, the metal/organic interface is found to be key for spin injection in organic semiconductors, and the authors investigated how to optimize the injection of spin into these materials.Abstract:
Organic semiconductors are attractive candidates for spintronics applications because of their long spin lifetimes. But few studies have investigated how to optimize the injection of spin into these materials. A new study suggests that the metal/organic interface is key.read more
Citations
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Future perspectives for spintronic devices
TL;DR: Spintronics is one of the emerging research fields in nanotechnology and has been growing very rapidly as mentioned in this paper, which has led to the discovery of giant magnetoresistance in 1988, which utilized spin-polarized electron transport across a non-magnetic metallic layer.
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Molecular spintronics: The rise of spinterface science
TL;DR: In this paper, the authors suggest that the metal/organic interface is key to spin injection and propose a new field in which interfaces are specifically designed for spin applications, which is called "spinterface science".
Journal ArticleDOI
The 2014 Magnetism Roadmap
Robert Stamps,Stephan Breitkreutz,Johan Åkerman,Johan Åkerman,Andrii V. Chumak,Yoshichika Otani,Yoshichika Otani,Gerrit E. W. Bauer,Gerrit E. W. Bauer,Jan Ulrich Thiele,Martin Bowen,Sara A. Majetich,Mathias Kläui,Ioan Lucian Prejbeanu,Ioan Lucian Prejbeanu,Bernard Dieny,Bernard Dieny,Nora Dempsey,Burkard Hillebrands +18 more
TL;DR: This 2014 Magnetism Roadmap provides a view on several selected, currently very active innovative developments, each written by an expert in the field and addressing a specific subject, with strong emphasize on future potential.
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Giant magnetoresistance through a single molecule
Stefan Schmaus,A. Bagrets,Yasmine Nahas,Toyo Kazu Yamada,Toyo Kazu Yamada,Annika Bork,Martin Bowen,Eric Beaurepaire,Ferdinand Evers,Wulf Wulfhekel +9 more
TL;DR: Theoretical analysis identifies spin-dependent hybridization of molecular and electrode orbitals as the cause of the large magnetoresistance across a single, non-magnetic hydrogen phthalocyanine molecule contacted by the ferromagnetic tip of a scanning tunnelling microscope.
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Activating the molecular spinterface.
TL;DR: In this Perspective, inorganic/molecular interfaces are explored by looking closely at both sides of the interface and the interface is described as an ideal platform for creating new spin effects.
References
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Charge Transport in Disordered Organic Photoconductors a Monte Carlo Simulation Study
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Electron transport in molecular wire junctions.
TL;DR: Molecular conductance junctions are structures in which single molecules or small groups of molecules conduct electrical current between two electrodes and there is still limited correspondence between experimental and theoretical studies of these systems.
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Giant magnetoresistance in organic spin-valves
TL;DR: The injection, transport and detection of spin-polarized carriers using an organic semiconductor as the spacer layer in a spin-valve structure is reported, yielding low-temperature giant magnetoresistance effects as large as 40 per cent.
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Nobel Lecture: Origin, development, and future of spintronics
TL;DR: In this paper, the influence of the spin on the magnetoresistance GMR of the magnetic multilayers of the magnetoric layers of a ferromagnetic material has been investigated.