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We consider a quantum network of mid-infrared, graphene plasmons coupled tothe hydrogen-like excited states of group-V donors in silicon. First, we showhow to use plasmon-enhanced light-matter interactions to achieve single-shotspin readout of the donor qubits via optical excitation and electricaldetection of the emitted plasmons. We then show how plasmons in high mobilitygraphene nanoribbons can be used to achieve high-fidelity, two-qubit gates andentanglement of distant Si donor qubits. The proposed device is readilycompatible with existing technology and fabrication methods.

A Quantum Network of Silicon Qubits using Mid-Infrared Graphene Plasmons