The ColdAI Times · Quantum
Technology · World affairs · Business · Science
Quantum computing, hardware, error correction, and post-quantum security.
The Paris company's unreviewed preprint cuts the qubit count about 40-fold against Google's 2025 estimate, but its largest error-corrected chip has 12 cat qubits.
Google Quantum AI reports a 99.99% logical-fidelity T-state in a Science paper, a first hardware test of a cheaper route to fault tolerance, though the method still needs to be proven at scale.
A public GAO audit finds none of 24 major agencies has completed the inventory, funding and testing steps needed to migrate away from quantum-vulnerable encryption.
Stage C shifts the agency's utility-scale test from roadmaps to hardware verification, as four rival qubit technologies join Microsoft and PsiQuantum in a 2033 race.
A U.S.-French partnership will test quantum models against classical methods to find cheaper, lower-energy chemistry for critical-mineral processing.
EPB’s IonQ launch turns Chattanooga into a commercial testbed for hybrid quantum computing, networking and power-grid applications.
A finalized U.S. award turns IBM’s quantum-manufacturing experiment into a federally backed test of whether the field can scale like semiconductors.
A new federal competition targets 100 logical qubits and real scientific workloads by 2028, shifting U.S. quantum policy from research support to delivery.
Britain and the United States will link fusion-focused AI supercomputers, turning shared data and regulation into a test of commercial readiness.
CUDA-Q Logical gives researchers a common way to compare codes, hardware and control systems—moving quantum scale-up toward an orchestration problem.
The finalized CHIPS funding turns IBM’s Anderon into a test of whether quantum computing can build a domestic manufacturing base.
Four award-winning studies move quantum computing’s pitch from abstract advantage toward measurable gains in AI, simulation and optimization.
NVIDIA’s open-source CUDA-Q Logical platform targets the software bottleneck between experimental qubits and fault-tolerant machines, but utility remains unproven.
TOYO’s second IQM purchase turns a private hardware deployment into a broader access strategy for Japan’s universities, startups and industry.
A new benchmark lets rival quantum machines be compared on useful computational work, exposing progress while underscoring the industry’s vast remaining gap.
New research combining quantum computing with machine learning achieves unprecedented accuracy in forecasting complex systems, marking shift from theoretical promise to applied science.
Quantum computing stocks surge as Nvidia unveils AI integration tools while researchers demonstrate new approaches to stability and chaos prediction.
NIST has finalised the standards. The federal mandates are written. The cryptographic inventory inside most large organisations is still incomplete.
Below-threshold logical qubits are no longer a single-paper result. The implication is a credible path to fault-tolerant systems within the decade.