Topics

How vagal sensory neurons encode information in the body, informing future therapies

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.

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

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.

Paves the way for advanced research on autism, schizophrenia and other neurological disorders and microgravity effects in space (new study)

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.

Potential for developing new drugs; open-access code on Github

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.