We develop a theoretical model to describe the transport properties of normal-metal/thin-ferromagnet/superconductor device. We perform experimental test of the model using a gold tip on PdNi/Nb bilayer. The resonant proximity effect causes conductance features very sensitive to the local ferromagnetic properties, enabling accurate measurement of polarization and thickness of the ferromagnet by point contact spectroscopy.
Resonant Andreev Spectroscopy in normal-Metal/thin-Ferromagnet/Superconductor Device: Theory and Application
ROMEO, FRANCESCO
Conceptualization
;GIUBILEO, FilippoWriting – Original Draft Preparation
;CITRO, RobertaFormal Analysis
;DI BARTOLOMEO, AntonioInvestigation
;ATTANASIO, CarmineInvestigation
;CIRILLO, CARLAInvestigation
;ROMANO, PaolaProject Administration
2015-01-01
Abstract
We develop a theoretical model to describe the transport properties of normal-metal/thin-ferromagnet/superconductor device. We perform experimental test of the model using a gold tip on PdNi/Nb bilayer. The resonant proximity effect causes conductance features very sensitive to the local ferromagnetic properties, enabling accurate measurement of polarization and thickness of the ferromagnet by point contact spectroscopy.File in questo prodotto:
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