Computing

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.

A new quantum processor prototype reduces noise and boosts AI model prospects. Quick breakdown of the breakthrough and what comes next.

How quantum computers will force post-quantum upgrades to blockchains, the performance costs involved, and the practical migration choices facing Bitcoin, Ethereum and Cardano.