Quantum Computing - The State of Play
summary
Roadmap claims: a progression from a 27‑qubit chip in 2019 to Eagle 127‑qubit and Osprey 433‑qubit devices, a target >1,000 qubits this year and a modular plan toward ~100,000 qubits by 2033. Engineering advances include 3D packaged chips operating at ~10–15 mK, cryogenic control electronics and short‑distance two‑qubit quantum links that make multiple processors appear as one. Demonstrated tools: circuit cutting, entanglement forging and error mitigation that yield useful, noise‑reduced results beyond exact classical simulation at 127 qubits.
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chapters (11)
- 0:00Opening Quantum Summit
- 0:47Quantum Computing intro
- 1:54Quantum Computing full stack
- 3:19Scaling quantum processors
- 5:03IBM's quantum roadmap
- 6:50Next goals hardware & software
- 8:55Modular quantum processors
- 10:40Error mitigation today
- 13:29HPC vs quantum computing
- 14:54100x100 compute capability
- 15:34Quantum Computing in Germany
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