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Researchers at Carnegie Mellon University create much smaller computer models that still accurately predict neuron responses to images while revealing how the visual system works at a fine scale.

How to create a tactile-light sensor, emulating the human brain

Researchers at MIT developed three computer programs that automatically identify and follow neurons in transparent creatures like worms and jellyfish to better understand the biological roots of behavior.

A neuromorphic system that emulates large networks of spiking neurons, rivaling the estimated rate of operations in the human brain

Researchers have found a way to make neurons grown in the laboratory act more like those in living brains.

A new AI called MovieNet understands moving images like a human brain by mimicking how neurons process real-time scenes.

MIT engineers use optogenetics to test future soft, stretchable optical fibers

MIT study on fruit fly cells shows how RNA edits vary among individual neurons, potentially affecting brain function and offering insights for genetic therapies.

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

Researchers create small-scale brain-inspired hardware that could enable computers to learn patterns with less energy and fewer computations than traditional AI systems.