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Reading a Qubit Without Breaking It: EPFL Team Finds a Faster, Leaner Way to Measure Quantum Bits

Summary by Scientific Inquirer
An EPFL-led team added a Josephson junction to superconducting qubit readout, reaching 99.4 percent accuracy in 68 nanoseconds without Purcell filters or near quantum-limited amplifiers.
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Scientific InquirerScientific Inquirer

Reading a Qubit Without Breaking It: EPFL Team Finds a Faster, Leaner Way to Measure Quantum Bits

An EPFL-led team added a Josephson junction to superconducting qubit readout, reaching 99.4 percent accuracy in 68 nanoseconds without Purcell filters or near quantum-limited amplifiers.

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Scientific Inquirer broke the news on Tuesday, October 13, 2026.
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