Computing

Diraq will install an 8-qubit silicon spin quantum computer in an Equinix Sydney data center to test hybrid integration with classical and AI infrastructure.

Explore five high-impact quantum computing use cases for oil and gas, current readiness, and practical steps operators should take now to capture future value.

A new quantum-classical algorithm promises faster training for specific AI models. Read a concise breakdown of the discovery, its mechanics, and what it means for quantum AI.

Quantum computers threaten public-key crypto. Learn why identity and PAM must lead your post-quantum strategy, with immediate steps for CISOs.

Peer-reviewed study shows annealing quantum computing improves generative AI molecule design, raising chemical validity and drug-likeness today.

A hybrid quantum-classical method reframes molecular docking as a graph problem and uses Bloch sphere encoding to cut qubit needs, making drug screening feasible on NISQ hardware.

A concise update on the newest quantum computing advances—error-corrected qubits and hybrid algorithms—and their near-term impact on AI, industry, and research.

A recent quantum processor milestone promises practical gains for AI workloads. Read a concise explanation of the breakthrough, AI implications, and next steps.

How hardware accuracy, low error rates, and reliable fidelity move quantum computing from promise to practical utility and enable scalable quantum-AI workflows.

Learn how quantum computing is reshaping sensor fusion to improve AI-driven decisions in autonomous systems, medical imaging, and environmental monitoring.