A new study reveals that the human brain may process visual information differently than previously believed, challenging long-held assumptions about how we perceive motion. Researchers found that the brain’s visual cortex appears to encode movement in a way that aligns more closely with physical laws than with the traditional model of neural responses. The findings suggest that our perception of motion is not just a passive reconstruction of sensory input but an active interpretation shaped by the brain’s predictive mechanisms. This discovery could reshape understanding of vision, cognition, and even artificial intelligence systems designed to mimic human perception.
