By studying how bodies and minds work together to control movement, neuroscientists are improving the ways we restore movement when it is lost.
All in MIT
By studying how bodies and minds work together to control movement, neuroscientists are improving the ways we restore movement when it is lost.
Neuroscientists are learning how rubbing an injured limb—or for mice, twitching a whisker—can bring pain relief.
Scientists’ CRISPR toolkit expands as researchers explore the natural diversity of bacterial immune systems.
For some scientists, the pursuit of better treatments for brain disorders is deeply personal.
MIT postbac scholar Jessica Chomik-Morales hopes to inspire the next generation of Spanish-speaking scientists with her podcast, “Mi Ultima Neurona.”
Natural language processing models capture rich knowledge of words’ meanings through statistics.
Clinical collaborations enable surprising discoveries about music, language, and how the brain makes decisions.
Postnatal drug exposure might put developing dopamine circuits at risk.
A computational network trained to identify faces and other objects uses a surprisingly brain-like strategy to sort it all out.