Computing

UNSW and Silicon Quantum Computing unveil the 14|15 platform using phosphorus spin qubits in silicon. Read how long coherence, low error Bell states, and electron-exchange links enable scalable quantum hardware.

A recent quantum computing milestone narrows the gap to practical quantum AI. Read how improved qubits and hybrid algorithms could affect machine learning in 1-3 years.

Europe backs a €50M P4Q pilot line to scale quantum photonic chips, aiming to accelerate commercialization, strengthen supply chains, and sharpen its position in the global quantum race.

Observation of spontaneous nematicity in even-denominator fractional quantum Hall states in GaAs supports non-Abelian anyons and advances topological quantum error correction.

How Alphabet’s Willow and Microsoft’s Majorana 1 plus Azure Quantum position them to lead quantum computing with stable qubits, lower errors, and cloud scale.

Discover NVIDIA’s quantum strategy: GPU-powered simulation, CUDA-Q and NVQLink, and how AI plus classical compute accelerate quantum research and commercialization.

WFE urges regulators to treat generative AI as an immediate financial-sector threat while keeping a measured post-quantum plan. Practical steps for security teams.

UNSW demonstrates an 11-qubit processor in isotopically pure silicon-28 with >99% gate fidelity and robust entanglement, pointing to scalable, lower-noise quantum chips.

How dual quantum systems from Harvard and partners could use quantum photonics and ultracold atoms to image exoplanets with far fewer photons.

Singapore and Japan signed a government MOC to advance quantum hardware, software, communications and talent, accelerating commercial quantum projects and AI applications.