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A new hair-thin chip uses light to transfer massive data quickly, saving energy for artificial intelligence systems.

Compressing neural circuits with a genomic bottleneck could enable evolution to select simple and efficient circuits.

As artificial intelligence consumes more electricity than earthly power grids can easily provide, companies explore using constant solar energy available in orbit.

A powerful AI model predicts how DNA changes affect gene regulation, aiding research into diseases and genome function.

Researchers and clinicians map and pinpoint areas for movement and sensation of touch, using chips to target related brain areas

Flinders University researchers created a machine learning system that quickly predicts new gallium-based compounds with useful electronic properties for electronics and energy devices.

A new report from the University of Cambridge shows that over half of published fiction writers in the UK think artificial intelligence could fully take over their jobs as authors.

A flexible device analyzes complex health data in milliseconds without cloud connection, opening new possibilities for instant medical monitoring.

The oncodarwinian hypothesis proposes that cancer may function as a self-replicating immune process that AIand three-dimensional printing could help reprogram for better control.

With AI and supercomputers, scientists can predict which proteins might work best without having to test each one.