Scientists find vision slightly lags behind eye movement, revealing how the brain predicts motion to keep the world stable.

Inside the Visual Cognitive Neuroscience Laboratory at ASU, researchers investigate how the brain turns sensory signals into meaningful perception. Led by Professor Gi-Yeul Bae at the Department of ...

We may not realize it, but our eyes constantly make rapid movements—two to three per second—even when we're looking at the same spot. Yet despite these frequent eye movements, we still perceive what ...

Why does the brain split visual spatial perception between its hemispheres? A new review by neuroscientists examines the advantages and trade-offs, and how the brain ultimately makes vision feel ...

A tiny region in the brain works like a reset button that separates memory of one meaningful event from the next. Without this reset mechanism, moments could blur together and lead to the kinds of ...

New research reveals that prolonged stress alters brain function, reducing sensitivity to sound over time. This study uncovers how the brain adapts to chronic stress, prioritizing other senses while ...

A recent study published in Progress in Neuro-Psychopharmacology and Biological Psychiatry sheds light on how psilocybin ...

A series of recent brain-imaging studies has begun to explain a central mystery of the psychedelic experience: why people on psilocybin report that memories seem to blend with what they are actually ...

Research findings reinforce new approaches in psychology, using psychedelic substances under medical supervision to treat certain clinical conditions. Psychedelic substances are increasingly being ...

Whenever something bad happens to us, brain systems responsible for mediating emotions kick in to prevent it from happening again. When we get stung by a wasp, the association between pain and wasps ...