Interfacing spin qubits in quantum dots and donors — hot, dense and coherent

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A widely cited perspective on how semiconductor spin qubits can be interfaced with the classical electronics needed to control them at scale — covering higher operating temperatures, dense qubit arrays and the coherence requirements that follow from both. It set the agenda for the hot, dense and coherent paradigm that the shuttling-based architectures build on.

The reference roadmap for integrating spin qubits with classical control hardware