Quantum Error Correction– tag –
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IBM Research Unveils Evolutionary Workflow Where LLMs Efficiently Discover Quantum Error Correction Codes: Accelerating Fusion of Classical AI and Quantum Computing
IBM Research USA Overview IBM researchers have published on arXiv a new evolutionary workflow demonstrating that Large Language Models (LLMs) can efficiently discover quantum error correction codes. This workflow explores thousands of co... -
Alice & Bob Unveils Logical Qubit Benchmarking Framework and First On-Premise Quantum Hardware ‘Helium,’ Providing Clear FTQC Evaluation Criteria and Practical Platform
Alice & Bob France Overview Alice & Bob has released a white paper outlining five criteria for defining and benchmarking logical qubits, establishing a practical foundation for assessing true progress towards fault-tolerant quantum c... -
IonQ Achieves Logical Qubit Break-Even with qLDPC Codes, Outperforming Google’s Surface Code in Efficiency for Fault Tolerance
Quantum Zeitgeist USA Overview IonQ has announced a significant milestone in quantum error correction, achieving logical qubit break-even using quantum Low-Density Parity Check (qLDPC) codes. This means their logical qubits now maintain ... -
German Full-Stack Quantum Company QUDORA Launches Japan Subsidiary to Enter Asian Market with Proprietary Microwave NFQC® Technology
QUDORA Germany Overview German full-stack quantum computing company QUDORA has announced the operational launch of Qudora Japan K.K. in Tokyo, marking a significant international expansion milestone. Its proprietary microwave NFQC® (Near... -
Atom Computing Successfully Demonstrates Multi-Cycle Toric Code Quantum Error Correction on Neutral Atom Platform, Maintaining Logical Error Rates After 90 Cycles
arXiv USA Overview Atom Computing and collaborators have successfully demonstrated multi-cycle syndrome extraction for a toric quantum error correction (QEC) code on a neutral atom platform, as published in an arXiv paper. This research ... -
D-Wave Charts Gate-Model Roadmap Aiming for 100 Logical Qubits in Fault-Tolerant Quantum Computing by 2032
D-Wave Quantum Inc. Canada Overview D-Wave Quantum has unveiled a new gate-model roadmap to accelerate the development of commercial fault-tolerant quantum computing, targeting 100 logical qubits by 2032. This roadmap integrates D-Wave's... -
Quantum Error Correction Goes Live: Hardware Demonstrations Signal a New Era for Fault-Tolerant Quantum Computing
(量子コンピューティング関連出版物) USA Overview Quantum Error Correction (QEC) has officially transitioned from theoretical concept to tangible hardware reality, marked by successful demonstrations from industry leaders like Google, Quan... -
Quantum X Labs Accelerates Quantum Error Correction with Google Quantum AI Dataset Integration and Transformer Decoders
Quantum X Labs Inc. (via Quiver Quantitative / GlobeNewswire) USA Overview Quantum X Labs Inc. has announced a significant milestone in quantum error correction (QEC) by integrating Google Quantum AI's public experimental surface code da...
