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A new study demonstrates that machine learning can accurately identify genetic epilepsy markers entirely from baseline brain waves.​  Read more at Cerebratech ​ 

A new study outlines how rigid silicon architectures are shifting toward soft, brain-inspired electronics that mechanically conform to biological tissues.​ 

A new study reveals how the human brain rewires itself to automate complex skills.​ 

A new study demonstrates that structural autism deficits are entirely reversible through circuit-specific interventions.​ 

A new study demonstrates that adolescent cannabis use is associated with structural changes in brain regions governing reward processing.​ 

Can recording a single group of deep-brain cells tell scientists exactly how let down you feel? A new study identifies a group of neurons within the lateral habenula that function as a biological “disappointment meter.”​ 

Octopuses can utilize mirrors to navigate and locate objects outside their direct line of sight.​ 

A new study rejects the traditional “sandwich model” which defines decision-making as a discrete cognitive step between perception and action.​ 

Can reading a book on a tablet alter how your brain maps a story line? A new study reveals that reading on paper allows the brain to organize narrative information with less effort than digital screens.​ 

A new study solves the mystery of developmental timing by discovering a non-repeating biological clock that controls cellular maturation.​