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The project OpENSpinS aims to advance quantum information processing by integrating nuclear spins of erbium dopants in silicon. It focuses on enhancing qubit control and entanglement using photons, enabling scalable quantum systems compatible with existing fiber-optical technology.
A major breakthrough in quantum information processing is expected once “qubits”, carriers of quantum information, can be reliably integrated and controlled in silicon – the basis of today’s advanced classical information technology.
Previous qubit realizations used the electronic spin of quantum dots or dopants, i.e. atoms of a different species replacing silicon in the lattice.
However, this approach has only allowed for the entanglement of qubits in immediate proximity, which has hindered inc…
TECHNISCHE UNIVERSITAET MUENCHEN
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