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2GFMTHY quantum computer

Physics

How quantum entanglement really works and why we accept its weirdness

Subatomic particles can appear to instantly influence one another, no matter how far apart they are. These days, that isn't a source of mystery – it's a fact of the universe and a resource for new technologies

Features

2WG3YFC Titanium crater formed by a laser, SEM

Chemistry

Some metals actually grow more resilient when hot

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Physics

X-ray laser fires most powerful pulse ever recorded

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Physics

What are fractals and how can they help us understand the world?

Features

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Life

Quantum biology: New clues on how life might make use of weird physics

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Technology

Quantum diamond sensor measured heart signals from a living rat

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How indefinite causality could lead us to a theory of quantum gravity

Physics

How indefinite causality could lead us to a theory of quantum gravity

Features

Physics

Physicists are grappling with their own reproducibility crisis

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$JBGBGA Elementary Particles series. Interplay of abstract fractal forms on the subject of nuclear physics, science and graphic design.$

Chemistry

Fragile quantum entanglement may survive chaos of chemical reactions

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Technology

Quantum internet draws near thanks to entangled memory breakthroughs

Researchers aiming to create a secure quantum version of the internet need a device called a quantum repeater, which doesn't yet exist - but now two teams say they are well on the way to building one

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Physics

Doughnut-shaped swirls of laser light can be used to transmit images

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Physics

Being in two places at once could make a quantum battery charge faster

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Technology

How Schrödinger's cat could make quantum computers work better

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Physics

Black holes scramble information – but may not be the best at it

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