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China begins building AI supercomputer in space
By Ben Turner last updated
China has launched the first cluster of satellites for a planned AI supercomputer array. The first-of-its-kind array will enable scientists to perform in-orbit data processing.

Scientists connect two quantum processors using existing fiber optic cables
By Peter Ray Allison published
Scientists have connected two quantum computers, paving the way for distributed quantum computing, quantum supercomputers and a quantum internet.

What is exascale computing?
By Peter Ray Allison published
Exascale computing can process over a quintillion operations every second — enabling supercomputers to perform complex simulations that were previously impossible. But how does it work?

What is quantum error correction (QEC)?
By Edd Gent published
Quantum computers can one day be vastly more powerful than the most powerful supercomputers on the planet — but only if scientists find ways to fix the extremely high error rate in qubits.

Scientists clear major roadblocks in mission to build powerful AI photonic chips
By Demosthenes Koutsogeorgis, Matthew Spink published
Two studies show major progress in the field of photonic microchips.

Scientists discover how to use your body to process data in wearable devices
By Alan Bradley published
Scientists have discovered a way to use live tissue as a computational reservoir to solve problems and potentially predict chaotic systems like the weather.

Quantum computing: Facts about the ultra-powerful computers that use quantum mechanics
By Peter Ray Allison last updated
Discover interesting facts about quantum computers, how they differ from classical computers, and what sort of fields they'll be used in.

World's first silicon-based quantum computer is small enough to plug into a regular power socket
By Alan Bradley published
An Irish startup has created the world's first silicon-based quantum computer — it can still integrate seamlessly with classical computing in data centers.

Quantum 'miracle material' can store information in a single dimension thanks to newly discovered magnetic switching
By Peter Ray Allison published
Scientists have developed a method for storing quantum information in a single dimension, thereby reducing decoherence, using chromium sulfide bromide.
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