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Alzheimer’s isn’t just failing neurons it’s the brain’s immune guards losing their identity. New research reveals epigenome erosion turns protectors into bystanders, erasing who we are.

Columbia University researchers show how brain signals can guide a device to amplify chosen conversations while reducing others in real time.

Detailed 3D map of the Eurasian blackcap brain opens new possibilities for studying navigation, magnetoreception and migration in birds.

Flexible printed devices produce realistic signals that activate real neurons and point toward efficient brain-inspired computing.

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.

Cultured rat neurons trained via reservoir computing and FORCE learning produce complex temporal patterns in a lab setting.

New implantable device enables typing speeds close to normal by decoding imagined finger movements, offering hope beyond slow eye-tracking systems.

New device combines memory and processing using precise hydrogen ion movement to mimic brain synapses in a compact stacked design for efficient computing.

UC San Diego researchers create a computing device that mimics brain networks to combine memory and processing for faster and more energy-efficient performance.