Quantum Orchestration Platform

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To carry out a quantum network node within the framework of the BMFTR project QR.N, we must control our non-local solid-state-based quantum system, which requires the generation of optical and microwave pulses. The microwave and optical pulses must be controlled in real time in order to perform spin-photon entanglement and to implement error correction codes that protect the quantum memory from decoherence during the quantum repeater protocol. In addition, feedback is required to initialize complex quantum systems with multiple checks and conditional operations as needed (e.g., a charge-resonance check and spin-measurement-based preparation). To carry out a quantum network node within the framework of the BMFTR project QR.N, we must control our non-local solid-state-based quantum system, which requires the generation of optical and microwave pulses. The microwave and optical pulses must be controlled in real time in order to perform spin-photon entanglement and to implement error correction codes that protect the quantum memory from decoherence during the quantum repeater protocol. In addition, feedback is required to initialize complex quantum systems with multiple checks and…

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