# Nature Communications

Latest news and articles about Nature Communications

Total: 3 articles found

Creative composition of pink brain models in a repeating pattern on a light blue surface, showcasing abstract thinking.
Science

Primate Brains Build Two Separate 'Spaces' to Generalise — A Clue for Smarter AI

A Chinese research team recorded macaque brains during rule‑learning tasks and found two independent neural representational spaces: one encoding stable decision logic and another encoding variable sensory features. The separation helps primates transfer abstract rules to new situations and suggests a biologically inspired design principle for improving AI generalisation.

NeTe2026年2月16日 05:54
#neuroscience#primate#generalisation
Creative shot of a human brain model in a pot against a blue backdrop, symbolizing mind and thought.
Science

Primate Brains Separate Stable Rules from Changing Senses — A Blueprint for More Flexible AI

Chinese researchers report that macaque brains form two independent neural representational spaces — one encoding stable decision rules and the other encoding current sensory specifics — enabling rapid transfer of learned rules to new tasks. Published in Nature Communications, the study suggests a biological model that could inform AI architectures for better generalisation and adaptability.

NeTe2026年2月16日 05:54
#neuroscience#primate cognition#transfer learning
Studio shot of a humanoid robot with glowing eyes against a dark background, offering ample copyspace.
Technology

Swiss ‘Dexterous Hand’ Leaps Forward: A Robotic Hand That Grasps, Flips and Crawls Its Way to Real-World Tasks

EPFL researchers have developed a modular robotic hand that replicates 33 human grasp types and adds dual‑sided grasping plus autonomous crawling, enabling it to handle oversized objects and reposition itself to process multiple targets. Published in Nature Communications, the device bridges a gap between laboratory dexterity demonstrations and practical applications in industry, service robotics and field exploration, though challenges in sensing, energy and integration remain.

NeTe2026年1月21日 00:00
#robotics#EPFL#dexterous manipulation