Scientists have been using invisible, near-infrared light to measure how babies hear, in research they hope will fast-track treatments for deafness, and expand our understanding of language development.
Scientists have been using invisible, near-infrared light to measure how babies hear, in research they hope will fast-track treatments for deafness, and expand our understanding of language development.
Scientists have been using invisible, near-infrared light to measure how babies hear, in research they hope will fast-track treatments for deafness, and expand our understanding of language development.
Scientists have been using invisible, near-infrared light to measure how babies hear, in research they hope will fast-track treatments for deafness, and expand our understanding of language development.
Keeping our eyes focused on what we reach for, whether it be an item at the grocery store or a ground ball on the baseball field, may appear seamless, but, in fact, is due to a complex neurological process involving intricate timing and coordination.