CORDIS Project
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This project explores quantum-level light-matter interactions in solids, focusing on the coherence of individual emitters and their coupling. The goal is to develop techniques for quantum information processing, utilizing excitons in semiconductors to create efficient quantum logic gates.
This project concerns the field of coherent, nonlinear, ultrafast light-matter interaction on a quantum level in solids.
It proposes to experimentally explore limits of: i) internal coherence of an individual emitter; ii) radiative coupling between pairs of emitters. A potential long term application of this work could be envisaged, as one can expect that individual emitters could serve as qubits for implementations of optically controlled quantum information processing in solids.
As individual…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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