Computing

Latest quantum computing milestones: hardware, error correction, and what progress means for industries from finance to drug discovery.

Ten years of cloud-accessible quantum computing transformed research, spurred industry growth, and built a global developer community. A concise look at the legacy and future.

Quantinuum H2’s trapped-ion processor simulates digital quantum magnetism, observing thermalization and emergent hydrodynamics with 99.94% two-qubit fidelity.

How quantum computing combined with AI can accelerate genomic analysis to deliver faster, more accurate personalized medicine, plus the technical and ethical hurdles ahead.

Cisco’s Universal Quantum Switch translates and routes quantum information between different systems at room temperature and over fiber, enabling distributed quantum computing and secure links.

Goldman Sachs’ pullback from quantum portfolio tests reveals limits of current quantum hardware and practical lessons for Wall Street’s varied strategies.

Why 2026 marks the shift of quantum computing from lab to market: key tech advances, Wall Street moves, and early industry winners in drug discovery, finance and chemicals.

A multinational research team has demonstrated a stable logical qubit with continuous error correction on superconducting hardware. What this means for fault-tolerant quantum computers and near-term applications.

How quantum computing alters cybersecurity for asset managers, what regulators like the FCA are advising, and practical steps to future-proof operations.

How anomalous heat flow observed via mid-circuit measurements reveals quantum correlations in qubits and what it means for reliable quantum AI and error correction.