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How the most precise clock ever could change our view of the cosmos

Physics

How the most precise clock ever could change our view of the cosmos

Forget atomic clocks. Nuclear clocks, which only drop a second every 300 billion years, can test whether nature's fundamental constants are constant after all

Features

Can we solve quantum theory’s biggest problem by redefining reality?

Physics

Can we solve quantum theory’s biggest problem by redefining reality?

Features

Light effects

Physics

Quantum holograms can send messages that disappear

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Physics

Ultracold quantum battery could be charged with quantum tunnelling

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Planet Venus on a dark background. Elements of this image furnished by NASA. High quality photo; Shutterstock ID 2396628567; purchase_order: -; job: -; client: -; other: -

Physics

How strange ice could form in the extremely hot interiors of planets

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Physics

Tweezers made of light could illuminate the quantum twin paradox

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Physics

We can diagnose an object’s quantumness from the way it radiates heat

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Physics

Quantum trick lets you cool objects down using nothing at all

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Physics

This antimatter version of an atomic nucleus is the heaviest yet

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Physics

Fuzzy quantum effects have been seen on the largest scale yet

A weird quantum phenomenon called delocalisation has been measured for a 100-nanometre glass bead, helping reveal where the boundary lies between quantum and classical physics

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Physics

The odds of quantum weirdness being real just got a lot higher

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Physics

New spin on quantum theory forces rethink of a fundamental physics law

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Physics

Existing quantum devices could be used to disrupt the stock market

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Chemistry

Quantum dots help destroy ‘forever chemicals’ with light

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