Computing

Atom Computing and Phasecraft sign an MoU to combine neutral-atom hardware with hardware-adaptive algorithms, targeting materials science applications like batteries and photovoltaics.

A new hybrid error-correction approach extends logical qubit lifetimes and enables larger quantum optimization tasks. What this means for industry and next steps.

GlobalFoundries’ $375M CHIPS R&D grant and new Quantum Technology Solutions signal a foundry-led shift from lab prototypes to scalable quantum manufacturing.

A concise strategic brief for investors, policymakers and researchers on how regions can convert quantum science into leadership. Lessons from Europe’s path and the role of AI and platforms like NVIDIA.

University of Osaka, SEC and Juntendo University deploy quantum multi-programming auto mode via OQTOPUS on QIQB cloud, boosting throughput 3.76x and cutting wait times.

Oxford Quantum Circuits raises £260M Series C to scale superconducting quantum systems, data center deployments, and the TITAN fault-tolerant roadmap.

Qatar activates its first nation-scale Quantum Key Distribution link over dark fiber, led by Ooredoo, ID Quantique, HBKU and the Emiri Signal Corps to secure critical infrastructure.

Microsoft reports a 1,000x reliability improvement with its Majorana 2 topological chip. What this means for fault-tolerant quantum computing and a 2029 commercialization timeline.

Why the quantum decryption alarm is overstated and where quantum computers will deliver measurable value: optimization, materials, drug discovery, finance and AI.

Federal grants, IPO filings and targeted ETFs are driving renewed investor interest in quantum computing and its capacity to accelerate AI through novel algorithms and optimization.