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Multi-orbital charge transfer
Multi-orbital charge transfer observed at highly oriented organic/metal interfaces
Jülich/Graz/Trieste, 25 August 2017. The interaction between organic molecules and metallic substrates plays a key role in electronic devices based on organic compounds. Additionally, the charge transfer at molecule-metal interfaces strongly affects the overall physical and magnetic properties of the system, and ultimately the device performance.
More: Multi-orbital charge transfer observed at highly oriented organic/metal interfaces …

Events

Blundell
Dec
08
PGI Colloquium: Prof. Dr. Stephen J. Blundell, University of Oxford, UK  
Implanted muons provide a very powerful local probe for studying frustrated magnetism. In this talk, I will explain why this is the case and review various experimental studies in which muons have been effective in revealing the way in which a magnetic system fails to order when frustrated interactions are present. However, when a muon is implanted into a magnetic insulating compound it will stop close to an anion and will pull that anion away from its equilibrium position.
More: PGI Colloquium: Prof. Dr. Stephen J. Blundell, University of Oxford, UK   …

Focus

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Helmholtz Young Investigators Group "Oxide Spintronics Laboratory"

Our group attempts to unlock the rich potential of functional oxide hybrids for spintronic applications.
www.fz-juelich.de/pgi/spinoxidlab: Helmholtz Young Investigators Group "Oxide Spintronics Laboratory" …


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