Prerequisites: Optics, Light-matter interaction
Evaluation: Written exam (3h) + Presentation and report on a particular domain
Total number of hours: 11.25 h (2 ECTS)
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P203: Nanomagnetism and spintronic
Main professor: Dr. Silvana Mercone (University of Paris 13)
Dr. Silvana Mercone
http://www-lpmtm.univ-paris13.fr/spip.php?article580&lang=fr
Objectives: Bases principles of magnetism and size effect (examples of ferromagnetic nanostructures of different geometry, distribution of magnetization). Introduction to the transport of spin: bases on charge transport, polarized transport, spin injection: Field effect transistor. Mott model for transport in ferromagnetic metals and spin accumulation at ferromagnetic/paramagnetic interface. Valet-Fert theory of tri- layers F/N/F systems. Giant MagnetoResistant nanostructures (CIP and CPP), Tunneling MagnetoResistant nanostructures and Magnetic Tunneling Junction systems. Application: GMR head and MRAM.
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