QuEra Computing uses Anthropic AI agents to create software that restores critical quantum laser systems in seconds, removing the need for on-site specialists.
Princeton University receives $27.9 million from the NSF to lead MARQUIS, a multi-institutional effort to solve manufacturing bottlenecks in quantum computing.
The Trusted Computing Group releases new benchmarks for TPMs to ensure hardware security against emerging quantum computing threats.
Microsoft Research and CASUS integrate the Skala AI model into the CP2K software suite to improve accuracy in large-scale quantum mechanical simulations.
Lionel Martellini discusses why business leaders must understand quantum mechanics to avoid industry hype and prepare for future financial applications.
Silicon spin qubits leverage existing semiconductor manufacturing to bridge the gap between laboratory research and industrial quantum computing scales.
New scientific publications provide theoretical frameworks for evaluating quantum algorithm performance under realistic environmental conditions and scaling requirements.
The Company Lab introduces CO.LAB Q, a 12-month commercialization studio helping quantum startups scale through infrastructure access and industry partnerships.
The University of Guelph and Xanadu signed a partnership to advance quantum computing education and prepare students for high-tech careers through 2028.
Oracle is integrating Quantinuum Helios quantum computers into OCI to provide enterprise customers with managed access to hybrid quantum-AI cloud services.
Oracle Cloud Infrastructure adds Quantinuum Helios to its platform to enable hybrid quantum AI applications for enterprise and research users.
The Trump administration sets an aggressive 2028 deadline to build the world first industrially useful quantum supercomputer through a 2 billion dollar investment.
QC Ware achieves a technology milestone by integrating IBM Quantum hardware with the Promethium platform for hybrid chemical modeling.
Researchers achieve a milestone in quantum computing by using tantalum and silicon to extend qubit coherence times beyond one millisecond.
IBM CEO Arvind Krishna projects quantum computing will generate one trillion dollars in value by the late 2030s while driving revenue by 2028.
IBM and University of Chicago researchers demonstrate verified logical quantum computing that outperforms traditional supercomputing benchmarks.
Researchers introduce Quantum Phononic Links to enable long range communication between qubits on semiconductor chips using acoustic vibrations.
A new theoretical framework proposes quantum circuit designs that make large neural networks easier to train while maintaining computational complexity.
Quantum X Labs reports technical milestones in AI-driven quantum error correction using NVIDIA CUDA-Q software libraries and accelerated computing tools.
Africa is actively preparing its digital infrastructure for the advent of quantum computing, focusing on post-quantum cryptography to secure mobile money and critical data.
Researchers developed a framework to help quantum machine learning models retain learned knowledge while acquiring new tasks, addressing catastrophic forgetting.
Researchers demonstrate a non-planar superconducting circuit that reproduces gauge symmetry required for future topological quantum computers.
A new study reveals hybrid quantum-classical AI models could achieve energy efficiency in fine-tuning tasks compared to classical simulations as systems scale.
Review essential patent eligibility requirements and strategies for protecting quantum computing hardware and software inventions under current U.S. law.
Physicists demonstrated a universal gate set using non-Abelian anyons on quantum hardware, enabling any quantum computation and suggesting a path to fault tolerance.
The International Organization for Standardization includes the Classic McEliece algorithm in its latest asymmetric cipher standards for quantum resistance.
Quantum Elements and Planckian collaborate to use AI-driven digital twins for advancing error correction in superconducting quantum processor designs.
Logical Qubit Technology unveils its superconducting quantum computing cloud platform, offering researchers and industries access to advanced quantum hardware and development tools.
Imec and Diraq demonstrate a coherent eight qubit silicon spin array using industrial 300mm CMOS manufacturing processes for scalable quantum computing.
Nord Quantique research achieved quantum error correction with sub-0.1% state preparation and measurement errors, advancing fault-tolerant quantum computing.
The quantum computing industry is shifting focus from individual qubit performance to the development of integrated national infrastructure and collaborative ecosystems.
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