Recent Development in Spin Electronics and Perspective

Albert Fert 

Unité Mixte de Physique CNRS-Thales, Domaine de Corbeville, Orsay 91404, France


Spin electronics (or spintronics), at the interface between magnetism and electronics, is a field of research in considerable expansion. The basic concept of spin electronics is the control of spin currents in nanostructures, and this concept has already been exploited for the giant magnetoresistance of the multilayers and in magnetic tunnel junctions. I will review the most recent developments, with a particular focus on the reversal of magnetic moments by spin transfer from a spin-polarized current and spintronics in semiconductor-based heterostructures. I will also discuss the potential of these developments for applications and the general perspective for the exploitation of the spin degree of freedom in electronic devices.


Related papers
  1. Giant tunnel magnetoresistance in organic magnetic tunnel junctions: A new insight into molecular spintronics
  2. Magnetoresistance effects in phthalocyanine based magnetic tunnel junctions
  3. Magnetic tunnel junctions grown on organic template for flexible electronics
  4. Ferromagnetic oxide heteroestructures for spin filtering
  5. Spin injection and detection in GaMnAs-based tunnel junctions : Theory and Experiments
  6. From Giant magnetoresistance to current-induced magnetic switching and excitations in magnetic structures
  7. Spin transport in semiconductors between magnetic source and drain
  8. Oxides for spintronics

Presentation: invited plenary at E-MRS Fall Meeting 2003, Plenary session, by Albert Fert
See On-line Journal of E-MRS Fall Meeting 2003

Submitted: 2003-05-26 15:22
Revised:   2009-06-08 12:55