Quantum computing breakthrough 2025
We introduce a hardware-aware compiler pass coupled with robust error mitigation strategies that collectively push effective error rates below 10^-3 on near-term devices. This enables longer circuits and improves fidelity for practical workloads.
What changed
By co-designing compilation with calibrated hardware maps, we reduced crosstalk and gate depth. Error-aware routing selected qubits with stable T1/T2 windows during runtime calibration.
Why it matters
Lower error rates unlock deeper circuits for chemistry, optimization, and machine learning tasks, bringing practical quantum advantage closer.
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