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Researchers used artificial intelligence to reconstruct more than 166,000 neurons and 125 million connections, opening a new way to study sex differences and behavior.

Desdemona (the robot) and Kennedy Schaal (CEO of Rejuve Biotech) discuss the amazing insights we are learning about human vision from the fruit fly and human connectomes.

Chemical protocol aims to preserve neural structure for possible future mind uploading.

A full map of nerve cell connections linking the brain and nerve cord in an adult fruit fly supports new research on behavior and nervous system organization.

Scientists revive mouse brain slices after freezing, hinting at possibilities for whole brains and space travel.

MIT researchers mapped the exact sequence of neurons and brain chemicals that let tiny worms deliberately turn toward attractive odors or away from unpleasant ones.

Connectome-seq uses RNA barcodes to reveal precise neural wiring faster than previous techniques.

Eon Systems demonstrates a complete digital copy of a fruit fly brain controlling a physics-based body model, marking a key step toward larger-scale brain emulations.

New non-profit uses artificial intelligence and virtual labs to explore brains and inspire smarter technology.