James Fujimoto wins the Visionary Prize from the Greenberg Prize to End Blindness
Historic effort to eradicate blindness marks major milestone with leading scientists recognized for pioneering work.
Historic effort to eradicate blindness marks major milestone with leading scientists recognized for pioneering work.
Recurrent processing via prefrontal cortex, necessary for quick visual object processing in primates, provides a key insight for developing brain-like artificial intelligence.
Scientists distinguish brain regions based on what they do, but now have a new way to overlay information about how they are built.
Neuroscientists delve into how background brightness influences our perception of an object.
Scientists pinpoint the role of a receptor in vision degradation in amblyopia.
Study shows that artificial neural networks can be used to drive brain activity.
Study shows that a brain region called the inferotemporal cortex is key to differentiating bears from chairs.
Professor Pawan Sinha addresses a humanitarian need — treatable blindness — and advances our understanding of visual development in the brain.
Six brain regions participate in a more blended way than has been appreciated.
With a new grant, a Picower Institute team is studying the role of astrocytes, which may partner with neurons to process information in the brain.
MRI scans reveal surprising similarities in activity patterns of infant and adult visual cortex.
Longtime professor and former department head spent a lifetime investigating the mechanisms of visual perception.
Study finds decreasing activity in the eye can help overcome visual impairment.
Pawan Sinha explores the cognitive dynamics behind our visual understanding of the world around us.
MIT professor honored for pioneering the field of optical coherence tomography and leading medical and commercial applications.