Abstract
The rapid development of spin electronics has emphasized the importance of spinaccumulation to transport properties and spin manipulation for quantum computing. Thelatter requires sufficiently long spin-relaxation times, that may be achieved in nanometricparticles. Spin accumulation is then expected to take place and strongly affect thetransport properties of the particles. The main transport phenomena occurring innanoparticles will be reviewed, as well as their interplay with spin accumulation.Recent experimental results confirming the theoretical predictions will also bepresented. They show clear evidence of the enhancement of the spin-relaxation time innanometric particles and are promising for the development of spin-electronics devices.
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