Bridging the gap between research and the classroom
MIT’s first-ever Science of Reading event brings together researchers and educators to discuss how to use research to improve literacy outcomes.
Department
Brain and Cognitive Sciences
New AI programming language goes beyond deep learning
General-purpose language works for computer vision, robotics, statistics, and more.
A chemical approach to imaging cells from the inside
Researchers develop a new microscopy system for creating maps of cells, using chemical reactions to encode spatial information.
Teaching artificial intelligence to connect senses like vision and touch
MIT CSAIL system can learn to see by touching and feel by seeing, suggesting future where robots can more easily grasp and recognize objects.
Toward artificial intelligence that learns to write code
Researchers combine deep learning and symbolic reasoning for a more flexible way of teaching computers to program.
Using gene editing, neuroscientists develop a new model for autism
By introducing a gene variant associated with autism into monkeys, researchers hope to study treatment options for severe neurodevelopmental disorders.
How we tune out distractions
Neuroscientists trace a brain circuit that filters unwanted sensory input.
New gene-editing system precisely inserts large DNA sequences into cellular DNA
Researchers identify and develop new CRISPR-associated transposase system for targeted integration of DNA, adding key capabilities to gene-editing technology.
From one MSRP generation to the next
Squire Booker PhD ’94 met with former and current Summer Research Program students to explain how his summer experience at MIT shaped his research trajectory.
Neurons’ “antennae” are unexpectedly active in neural computation
Tiny, branching extensions called dendrites may be more than just passive information-carriers, study finds.
Teaching language models grammar really does make them smarter
Researchers submit deep learning models to a set of psychology tests to see which ones grasp key linguistic rules.
How we make complex decisions
Neuroscientists identify a brain circuit that helps break decisions down into smaller pieces.
Why visual stimulation may work against Alzheimer’s
New findings help explain the surprising discovery that exposure to flickering light reduces amyloid plaques in mice.
Putting vision models to the test
Study shows that artificial neural networks can be used to drive brain activity.
Study reveals how glial cells may play key epilepsy role
Mutation in disease model flies undermines maintenance of key ion balance.