Computing

How superconducting qubits and the SqDRIFT algorithm enabled C13CL2, a half-Möbius molecule, opening new paths for materials, sensors, and drug discovery.

IQM raises €50M to scale quantum processor R&D, expand global operations and fast-track commercial quantum AI use cases.

Decision-makers must act now on the ‘harvest now, decrypt later’ risk. Learn about PQC, QKD, NIST standards (ML-KEM, ML-DSA, SLH-DSA) and practical next steps.

Fujitsu and Osaka University combine STAR Architecture Version 3 and Molecular Model Optimization to make complex chemical calculations feasible on early-FTQC.

Researchers unveil a scalable qubit architecture that cuts error rates and extends coherence times, advancing practical quantum computing and AI use cases.

Italy’s competition authority has opened a market investigation into quantum computing. Learn what the AGCM is scrutinizing, identified competition risks, timelines for public input, and global implications for quantum companies and investors.

TELUS and Xanadu partner to build a sovereign hybrid quantum-classical infrastructure in Canada using photonic quantum tech for AI, drug discovery and security.

The UK pledges £2bn to quantum computing to stop talent flight seen in AI. Funding backs computer design and real-world applications via the NQCC and talent programs.

The UK commits £2 billion to roll out quantum computers at scale by the early 2030s, funding ProQure, TechFirst talent programmes and partnerships to boost growth.

IBM’s reference architecture for quantum-centric supercomputing outlines how QPUs integrate with CPUs and GPUs to accelerate chemistry, materials and AI research.