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This lightweight tool captures electrical activity in the brain at high speeds, helping scientists study how neurons work during natural behaviors.

Researchers changed the architecture of neural networks. Without training, they showed these networks images, then compared their reactions to brain scans from humans and primates viewing the same images.

New research in Nature Communications identifies ages 9, 32, 66, and 83 as key brain network turning points, mapping lifespan connectivity changes from peak efficiency to decline.

Current machine learning systems often forget previous knowledge when facing new challenges, but the human brain reuses existing neural patterns to adapt quickly and efficiently.

A scientist has suggested that rhythmic electrical signals in the brain perform continuous calculations to enable thinking and consciousness.

A study uncovers how specific neurons in mice brains construct false shapes from incomplete visuals, reshaping views on active perception.

Exploring how brain-wide activity shapes decisions in mice with a detailed map of millions of neurons.

Researchers discover a brain system that combines basic movements to create tool-using actions, much like letters form words in language.

Brain-inspired technology combined with machine learning can create more efficient computing systems for modern factories, helping to process data quickly while using less energy in AI applications.

Scientists see molecular activity in individual brain cells at greater depths than before, combining light and sound techniques for label-free observation in research and medical applications.