A new study uncovers how our brains convert a series of rapid flashes into the perception of smooth, continuous motion, a fundamental aspect of how mammals, including humans, experience the world. By employing functional MRI, behavioral experiments, and electrical recordings of brain activity, researchers identified the superior colliculus (SC) as crucial in transitioning from static to dynamic vision.
A new study uncovers how our brains convert a series of rapid flashes into the perception of smooth, continuous motion, a fundamental aspect of how mammals, including humans, experience the world. By employing functional MRI, behavioral experiments, and electrical recordings of brain activity, researchers identified the superior colliculus (SC) as crucial in transitioning from static to dynamic vision.
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