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Bell correlations measured in 500,000 atoms

Spin-squeezed states form a deeply quantum system

Illustration of a gas of 500,000 atoms in an optical trap

Quantum memory is made from doped silicon

Data transferred to and from a single phosphorus nucleus

Electron microscope image of the quantum memory

Web life: Quantum Frontiers

Written by researchers at the Institute for Quantum Information and Matter at Caltech, this blog deals with the latest advances in quantum systems and technologies

Google’s ‘supreme’ 20-qubit quantum computer

Quantum computing updates from the APS March Meeting in New Orleans

John Martinis (right) and some of his team. (Courtesy: Matt Perko)

A quantum boost for machine learning

Here's what happened when a Go grandmaster took on Google’s DeepMind

Decoding the quantum horizon

Introducing the "it from qubit" concept

Flash Physics: Starlight closes Bell loophole, elusive white dwarf pulsar, St Andrews champions gender equality

Today's selection of need-to-know updates from the world of physics

Decoding the quantum horizon

Patrick Hayden and Robert Myers describe how “qubits” may hold the key to quantum gravity

Ghost images taken using pairs of atoms

New technique could test fundamental principles of quantum mechanics

Ghost image of a mask of the letters ANU

Photons created in a superposition of two colours

Multicoloured qubits could boost quantum computing

Illustration of a photon that is both red and blue

Related jobs

Related events

Quantum | Workshop Post-selection for quantum control (PoSeQu26) 23—27 February 2026 | Dresden, Germany
Quantum | Workshop Emergent Gauge Theories: Bridging Quantum Matter, Quantum Information, and Fundamental Interactions 1—19 June 2026 | Dresden, Germany
Quantum | Workshop Engineered Strongly Interacting Lattice Models with Atomic Quantum Simulators 29 June — 3 July 2026 | Dresden, Germany

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