Researchers discover our ability to process directional movements is a result of cortical activation of signals which originate from retinal neurons.
Researchers have discovered new evidence which correlates foveal crowding with the brain's processing speed.
Projecting images onto the floor of a maze, rodents can learn behaviors faster.
Using computer models, researchers discover melanopsin pigment in the eye is more sensitive to light than rhodopsin pigment.
Researchers find simulated blindness in adult mice sharpens the animal's hearing.
Researchers find that when it comes to vision, the brain can perform more than one function without sacrificing accuracy or time.
A new study reports the oxytocin receptor plays a special role in the ability to remember faces.
Researchers discover color and shape are represented independently. A new study reports on how the brain's inferior temporal cortex processes visual information.
Researcher report a brain region which responds to a particular category of objects consists of a small cluster of neurons which encodes the visual features of these objects.
Researchers discover the pupils of MS patients respond much slower to stimuli. Additionally, the study reports the slower the response time, the worse the symptoms of MS are.
Researchers present a new theory which explains how critical periods are triggered during neurodevelopment.
A new neuroimaging technique allows neurosurgeons to see neural connections prior to surgery, thus preserving and protecting the brain's critical functions when operating.
