Magnetic sensors track muscle length
Using a new technology, researchers hope to create better control systems for prosthetic limbs.
Five with MIT ties elected to the National Academy of Medicine for 2022
Professors Mark Bear and Laura Kiessling ’83, along with Krishna Shenoy SM ’92, PhD ’95, David Tuveson ’87, and Martin Burke are among the newly elected members.
Unlocking the mysteries of how neurons learn
PhD candidate Raúl Mojica Soto-Albors seeks to understand the rules of plasticity that underlie neuronal behavior.
Celebrating 20 years of discovery, Picower Institute looks ahead to continuing impact
At an exhibition marking two decades since a transformative gift from the Picower Foundation, current and alumni members described research at the forefront of neuroscience and beyond.
Building a bridge between neuroscience and immunology
Gloria Choi’s studies of how the immune system and nervous system influence each other could yield new approaches to treating neurological disorders.
With fractured genomes, Alzheimer’s neurons call for help
Study indicates ailing neurons may instigate an inflammatory response from the brain’s microglia immune cells.
Providing new pathways for neuroscience research and education
Payton Dupuis finds new scientific interests and career opportunities through MIT summer research program in biology.
Neurodegenerative disease can progress in newly identified patterns
A machine-learning method finds patterns of health decline in ALS, informing future clinical trial designs and mechanism discovery. The technique also extends to Alzheimer’s and Parkinson’s.
Understanding reality through algorithms
Neuroscience PhD student Fernanda De La Torre uses complex algorithms to investigate philosophical questions about perception and reality.
A “golden era” to study the brain
“We can’t think of the brain only as neurons,” says PhD student Mitch Murdock, who explores the cellular basis of Alzheimer’s disease.
Study reveals how environment and state are integrated to control behavior
A simple animal model shows how stimuli and states such as smells, stressors, and satiety converge in an olfactory neuron to guide food-seeking behavior.
How the brain focuses on what’s in mind
When holding information in mind, neural activity is more focused when and where there are bursts of gamma frequency rhythms.
Modeling the social mind
PhD student Setayesh Radkani studies the psychological and neural mechanisms at work when humans learn from and influence each other.
How the brain generates rhythmic behavior
MIT neuroscientists have identified an oscillatory circuit that controls the rhythmic movement of mouse whiskers.
These neurons have food on the brain
MIT scientists have discovered a population of neurons that light up whenever we see images of food.