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Yale Researchers Revolutionize Quantum Computing with Signal Transfer Breakthrough

8/8/2025

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Yale University researchers have achieved a groundbreaking milestone in quantum computing, successfully transferring coherent signals between superconducting circuits housed in separate dilution refrigerators. By utilizing aluminum nitride transducers and a kilometer of telecom fiber, they enabled efficient microwave-to-optical conversion, significantly boosting the scalability of quantum networks and opening doors for distributed quantum computing.

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Story summary

Yale University researchers have achieved a groundbreaking milestone in quantum computing, successfully transferring coherent signals between superconducting circuits housed in separate dilution refrigerators. By utilizing aluminum nitride transducers and a kilometer of telecom fiber, they enabled efficient microwave-to-optical conversion, significantly boosting the scalability of quantum networks and opening doors for distributed quantum computing.