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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.

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.

Researchers create brain-like devices that could make computers smaller, more efficient, and smarter, potentially leading to advanced artificial intelligence.

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.

A study reveals the dynamic process of refining binocular vision through synaptic changes.

Brain-cell circuitry allows creatures to see wavelengths of light as information-rich hues

Findings could be used to develop new treatments for speech and language disorders or machine interfaces capable of producing synthetic speech