CORDIS Project
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This project focuses on developing a new solid-state quantum computing method using the spin of electrons in surface acoustic waves as qubits. It aims to enhance quantum communication by enabling the optical readout of electron spins and facilitating the transfer of quantum information over long distances.
The proposal is aimed at the experimental development of a novel solid-state quantum computation scheme and its interface to quantum optics.
The computation scheme, put forward at the University of Cambridge, uses the spin of an electron trapped in the dynamic potential associated with a surface acoustic wave (SAW) as a “flying” qubit.
The capture of single electrons in moving quantum dots occurs when the SAW passes along a depleted 1D channel.
Channels in parallel provide the set of qubits, for…
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