Artificial neural networks model face processing in autism
A new computational model could explain differences in recognizing facial emotions.
A new computational model could explain differences in recognizing facial emotions.
Targeting these circuits could offer a new way to reverse motor dysfunction and depression in Parkinson’s patients.
MIT neuroscientists expand CRISPR toolkit with new, compact Cas7-11 enzyme.
K. Lisa Yang Brain-Body Center to investigate the brain’s complex relationship with other body systems.
Postbac Jessica Chomik-Morales hopes to inspire the next generation of Spanish-speaking scientists with her podcast, “Mi Ultima Neurona.”
MIT cell biologist and computational neuroscientist recognized for their innovative research contributions.
This circuit, which weakens with age, could offer a target to help prevent age-related decline in spatial memory.
With a comprehensive map of the wiring, researchers can now discern what information flows into the circuit to enable a key brain function.
Senior Keith Murray combines his interests in neuroscience, computation, and philosophy to better understand human behavior.
Natural language processing models capture rich knowledge of words’ meanings through statistics.
Competitive seed grants launch yearlong investigations of novel hypotheses about potential causes, biomarkers, treatments of Alzheimer’s and ALS.
When artificial intelligence is tasked with visually identifying objects and faces, it assigns specific components of its network to face recognition — just like the human brain.
Cannabinoid receptors help the brain’s dopamine system establish key connections after birth, a new mouse study suggests.
These cells, located in the brain’s striatum, appear to help with decision-making that requires evaluating risks and benefits.
When it comes to carbon storage, some MIT scientists think the best solution is to find the fastest way to turn carbon into rock.