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Monday 03 August 2026 15:47:02 GMT
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IBM just cut quantum error rates by 10×—and completed a computation no classical computer could practically finish. ⚛️💻 Qubits are incredibly fragile. Every operation introduces noise, causing errors that quickly build up. That’s been the biggest obstacle to practical quantum computing. IBM and researchers at the University of Chicago have now taken a major step forward. Using 70 error-corrected logical qubits, they ran a quantum circuit with 2,415 two-qubit operations and 468 T-gates—a task beyond the practical reach of classical simulation. IBM completed it in just 15 minutes, while the effective logical error rate was 10× lower than the physical hardware error rate. The biggest breakthrough wasn’t just speed—it was verification. The team designed a benchmark that was both too difficult for classical computers to simulate and statistically verifiable, proving the result could be trusted. As IBM Research Director Jay Gambetta said: “We are now firmly in the quantum advantage era.” 📚 Sources: Physical Review X (July 2026) | IBM Quantum | Interesting Engineering
IBM just cut quantum error rates by 10×—and completed a computation no classical computer could practically finish. ⚛️💻 Qubits are incredibly fragile. Every operation introduces noise, causing errors that quickly build up. That’s been the biggest obstacle to practical quantum computing. IBM and researchers at the University of Chicago have now taken a major step forward. Using 70 error-corrected logical qubits, they ran a quantum circuit with 2,415 two-qubit operations and 468 T-gates—a task beyond the practical reach of classical simulation. IBM completed it in just 15 minutes, while the effective logical error rate was 10× lower than the physical hardware error rate. The biggest breakthrough wasn’t just speed—it was verification. The team designed a benchmark that was both too difficult for classical computers to simulate and statistically verifiable, proving the result could be trusted. As IBM Research Director Jay Gambetta said: “We are now firmly in the quantum advantage era.” 📚 Sources: Physical Review X (July 2026) | IBM Quantum | Interesting Engineering

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