Technique lays the groundwork for neutral-atom quantum computers with more than 100,000 qubits, say physicists
Read article: Metasurfaces create super-sized neutral atom arrays for quantum computing
Australian spin-out Silicon Quantum Computing makes the case with a modality-leading 11-qubit processor
Read article: Could silicon become the bedrock of quantum computers?
Reducing atom loss and re-using already-measured atoms enables more complex quantum computations
Read article: Qubit ‘recycling’ gives neutral-atom quantum computing a boost
Spin-orbit interaction adjustment produces "best of both worlds" scenario
Read article: Can fast qubits also be robust?
Honor Powrie explores the current status and future potential of quantum computers
Read article: Quantum computing: hype or hope?
With a cube-based design that fits into a standard rack mount, the ICE-Q platform delivers the reliability and scalability needed to exploit quantum systems in real-world operating environments
Read article: Modular cryogenics platform adapts to new era of practical quantum computing
Philip Ball dives into the challenges in developing quantum computing, and building up investments and users for the tech
Read article: Quantum computing on the verge: correcting errors, developing algorithms and building up the user base
We explore how new computing technologies could guide future LHC experiments
Read article: Quantum computing and AI join forces for particle physics
Isabelle Dumé reports from the Q2B quantum conference in Paris, France
Read article: Advances in quantum error correction showcased at Q2B25
A qubit encoded in a fluorescent protein could act as a sensor to measure quantum properties inside living systems
Read article: Protein qubit can be used as a quantum biosensor
