Computing

Google’s Willow quantum chip reports new supremacy and early error correction. A concise briefing on implications for AI, encryption, and the US-China-UK race.

New wireless Josephson parametric amplifiers operating above 20 GHz lower thermal noise and boost qubit reliability, removing key barriers to scalable superconducting quantum systems.

How Quantum Computing Inc.’s Luminar Semiconductor deal and planned CES 2026 demos reshape its hardware strategy and position in the quantum sector.

How hybrid quantum-classical AI can process single-cell multi-omics, accelerate cell-based therapeutics, and fit into near-term drug discovery pipelines.

Why 2026 could mark a practical shift in quantum chemistry. Key players, recent advances, and the fault-tolerant gap explained for investors and tech leaders.

Osaka University’s QIQB makes an ion-trap quantum device remotely accessible via automated cloud control, opening new pathways for research, education, and software development.

A concise, balanced look at Microsoft’s Majorana 1, topological qubits, the 2025 Nature debate, expert reactions and what’s next for Microsoft’s quantum program.

A compact update on a major quantum computing milestone: integrated cryogenic control and material gains cut overheads, shifting timelines for AI, finance, and materials labs.

Ytterbium-174 neutral-atom array achieves 2,400 atoms at 83.5% loading using optical tweezers and real-time feedback, pushing scalable quantum systems for AI and simulations.

A new hybrid quantum-classical algorithm reduces qubit and error overhead for real-world optimization, accelerating quantum computing’s path to industry use.