Abstract
The interaction between electron and nuclear spins is the ultimate limit to using quantum dots as fundamental units for quantum information. Novel results show the way to control this interaction, opening interesting perspectives for quantum computation with solid-state matter. The efforts of scientists around the world to find the ideal physical system to be used for quantum information processing involves the most diverse materials. In this context, solid-state-based applications hold considerable attraction, given the possibility of realizing compact and stable devices that could easily be addressed by external electrical and optical fields.
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