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U.S. Government Prepares Major Quantum Investment; Fujitsu & RIKEN Target 10,000+ Physical Qubits by 2031
moomoo Community USA, Japan Overview The U.S. government plans significant investments in quantum computing, while Fujitsu, in collaboration with RIKEN, is developing a 256-qubit superconducting quantum computer. Their roadmap aims for 1... -
D-Wave Quantum Achieves Computational Advantage in Materials Discovery, Solving Million-Year Classical Problem in Minutes
D-Wave Quantum Canada Overview D-Wave Quantum's Principal Scientist, Andrew King, discussed their peer-reviewed research demonstrating quantum computational advantage in materials discovery problems. The study highlighted that D-Wave's q... -
Atom Computing and Nu Quantum Partner to Accelerate Utility-Scale Quantum Computing via Photonic Networking
Photonics Online USA Overview Atom Computing and Nu Quantum have announced a strategic partnership to integrate Atom Computing's neutral atom quantum computers with Nu Quantum's photonic networking hardware. This collaboration aims to es... -
Microsoft Expands Azure Quantum Elements with Novel Chemical Workflows to Accelerate Drug Discovery
Microsoft (via Tech Media) USA Overview Microsoft's Azure Quantum Elements platform has been significantly enhanced with new chemical workflows designed to streamline drug discovery and materials science. By integrating classical High-Pe... -
Microsoft Announces Majorana 2 Chip Achieving 20-Second Coherence and 1,000x Reliability, Accelerating Target for Commercial Quantum Computer by 2029
Live Science USA Overview Microsoft has unveiled its new 'Majorana 2' quantum processor, built with topological qubits, claiming an average coherence time of 20 seconds and 1,000 times higher reliability than its predecessor. This advanc... -
Atom Computing Demonstrates Multi-Round Error Correction on Neutral Atom Quantum Computer, Confirming Logical Error Rate Reduction with ‘Sub-threshold’ Operation
Quantum Zeitgeist USA Overview Atom Computing has demonstrated the industry's first full and sustained multi-round quantum error correction on a neutral atom quantum computer. The company achieved 'sub-threshold' operation, showing that ... -
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 ... -
Quantinuum Raises $1.68 Billion in US IPO, Stock Priced at $60/share, Driving Quantum Computing Market with 98-Qubit ‘Helios’ and Future ‘Apollo’ Systems
Reuters via SiliconANGLE USA Overview Honeywell-backed Quantinuum successfully raised $1.68 billion in its U.S. IPO, with shares priced at $60 each. The company sells 'Helios,' a 98-qubit ion-trap quantum computer, and plans to ship 'Apo... -
IBM Commits Over $10 Billion to Quantum Computing R&D, Accelerating Roadmap to World’s First ‘IBM Quantum Starling’ Fault-Tolerant System by 2029
IBM USA Overview IBM has announced plans to invest over $10 billion in quantum computing over the next five years, accelerating its roadmap towards fault-tolerant quantum computers. This massive investment spans R&D, capital expendit... -
Microsoft Unveils AI-Designed ‘Majorana 2’ Quantum Chip, Achieving 1,000x Performance Improvement and Targeting 2029 Commercial System
Zonebourse France Overview Microsoft has unveiled a new AI-designed quantum computer chip, 'Majorana 2,' demonstrating a 1,000-fold performance improvement over its predecessor, achieving a breakthrough by utilizing lead as a material. M...
