Connecting the Quantum World to the Classical One
summary
Company integrates lab instruments and telecom/test-and-measurement expertise to synthesize control pulses, read out qubits with lock‑in‑style high SNR electronics, and deploy distributed FPGAs (not fixed ASICs) for low‑latency feedback. Projects include scaling efforts aiming 100→1,000 qubits and a quantum radar targeting 3 dB SNR improvement that requires new quantum memory; goal of supporting up to 100,000 channels and reducing partners’ time‑to‑market is presented as achieved in collaborations like IQM.
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chapters (9)
- 0:00Quantum-classical connection
- 1:04Quantum systems need classical interfaces
- 2:32Precision electronics for quantum tech
- 5:44Radar tech for quantum control
- 7:51Scaling quantum systems with control
- 10:39Quantum radar and national projects
- 13:09Industry integration of quantum tech
- 15:39Summary and future links
- 15:59Q&A on enabling tech
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