The Enviably Resilient Young Brain
A study led by Elizabeth Hillman, PhD, provides novel understanding of how brains grow in response to environments.
A study led by Elizabeth Hillman, PhD, provides novel understanding of how brains grow in response to environments.
In infants, blood flow scans used for brain imaging may not reveal nerve activity, a study led by Elizabeth Hillman, PhD, suggests.
Michael Shadlen, MD, PhD, weighs in on findings that suggest intuition can be used to make more accurate decisions.
Eric Kandel, MD, weighs in on science's hardest problem: cracking the neural code.
A team led by Attila Losonczy, MD, PhD, used several techniques to observe the birth of the neurons in an adult mouse.
Research led by Attila Losonczy, MD, PhD, provides a glimpse at how newborn neurons behave in animals as they learn.
Attila Losonczy, MD, PhD, explains why the brain must generate new cells in order to capture memories.
Joseph Gogos, MD, PhD, and his team have successfully eliminated one of the major symptoms of schizophrenia in mice.
Research led by Joseph Gogos, MD, PhD, shows that regrowing certain neural connections rebuilds working memories in mice.
Daphna Shohamy, PhD, scans the brain of WNYC host Manoush Zomorodi to see if information overload can be visualized in the brain.