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Quantum Computing
Quantum hardware, algorithms, error correction and the next frontier of computing.
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IBM Connects 240 Qubits Across Four Metre-Scale Links as IonQ Moves Networking Into Field Deployment
Quantum Computing Research Radar | Issue 009
2026.10.30
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13 reports found
IBM Connects 240 Qubits Across Four Metre-Scale Links as IonQ Moves Networking Into Field Deployment
Quantum Computing Research Radar | Issue 009
Error Correction Crosses Below Threshold, but Five Errors Still Are Not a Million Error-Free Operations
Quantum Computing Research Radar | Issue 008
Quantum Hardware Starts to Deliver, but Platform Expansion and Stock-Funded M&A Blur Commercial Value
Quantum Computing Research Radar | Issue 007
Quantum Computing Enters Data-Center Engineering as Xanadu and Pasqal Strengthen the Evidence
Quantum Computing Research Radar | Issue 005
IonQ Raises Revenue Guidance to $450–460 Million. Why Is Quantum Commercialization Harder to Read?
Future World Signal · Issue 035
IBM’s Quantum-Foundry Agreement Becomes Definitive
Quantum Computing | Special Update | Manufacturing Thesis Strengthened
Engineering Accelerates. Commercial Proof Does Not.
Quantum Computing Research Radar | Issue 004
IonQ Unveils 256-Qubit Superion: Productization Accelerates, Revenue Purity Declines
Quantum Computing Research Memo · Thesis Strengthened
Why Is the U.S. Committing $775 Million to Quantum Manufacturing?
Quantum Computing Special Update · Government Funding and Manufacturing
NEC Exits In-House Quantum Hardware: Technically Possible, Commercially Too Early?
Special Update · Technology retrenchment / hardware exit
System usability is replacing qubit count
Quantum Computing Research Radar | Issue 003
IBM is assembling the full quantum stack
Quantum Computing Research Radar | Issue 002
From the qubit race to systems engineering
Quantum Computing Research Radar | Issue 001