Quantum News

As International Year of Quantum Science and Technology 2025 fast approaches, we take a look at the latest developments in quantum science, quantum technology and quantum computing.

Realising quantum computing on a commercial scale

Quantum computing promises transformative potential solving complex problems more efficiently than classical computers. Discover more here.

Semiconductor photonic quantum chips in Luxembourg: Towards scalable quantum technology

Quantum materials research in Luxembourg is set to develop quantum chips, which may revolutionise the quantum internet and quantum computers.

Argonne scientists harness magnons for quantum tech breakthrough

Argonne researchers have achieved real-time control of magnons, paving the way for advanced quantum computing.

Rousing the quantum vacuum with extreme laser light

The University of Maryland explores light’s key role in physics, from electromagnetic waves to quantum vacuum experiments.

Multimode encoding breakthrough could improve quantum error correction

Multimode encoding outlines a path to a significant reduction in the number of qubits required for quantum error correction.

Why quantum computing is advancing rapidly – but adoption remains slow

Despite growing global investment and excitement, the commercial adoption of quantum computing remains limited. Find out why!

Forget the 20-year wait – quantum technologies are brimming with commercial potential

Discover more about the huge potential of quantum technologies and their commercialisation in the industry.

What kind of light do quantum technologies need?

Discover how squeezed light enables new quantum technologies, advancing photonic computing, precision measurement, and cryptography.

UK secures greater access to Horizon Europe funding for space and quantum tech

UK scientists and businesses can now access more Horizon Europe funding for quantum and space research. Find out more.

Quantum sensors power the future of particle physics

Learn how quantum sensors are revolutionising particle detection, offering unprecedented precision for the next gen of physics experiments.

Berkeley Lab’s superconducting qubits breakthrough could power the future of quantum computing

A new fabrication method enhances superconducting qubits by reducing noise, marking a major step toward building scalable quantum computers.

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