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Your Brain Feels Movie Pain Like Your Own

Summary

  • Visual cortex activates in the hand area when watching hand injuries.
  • Brain maps simulate physical sensations from on-screen actions.
  • New study offers tool for autism and sensory disorder treatment.
Your Brain Feels Movie Pain Like Your Own

New research published in Nature has provided the first direct evidence of the brain simulating physical sensations experienced on screen. Scientists found that when individuals watch movie clips, the "body part zones" in their visual cortex activate as if they were personally experiencing the depicted actions or impacts. For instance, viewing a hand being hit triggers the brain's hand area, illustrating a direct link between sight and simulated feeling.

This groundbreaking discovery elucidates why cinematic experiences can feel intensely physical, recalling iconic scenes that evoke strong viewer reactions. The study utilized advanced brain imaging on 174 participants, employing carefully timed "REST" periods to isolate the impact of visual stimuli on brain activity. This method allowed for precise mapping of how visual input translates into sensory simulation.

Beyond explaining our visceral connection to film, this research presents promising applications for medical professionals. It suggests a non-invasive method for assessing conditions like autism and sensory processing disorders, where individuals may experience heightened empathy or distress from visual media. This innovative approach could revolutionize how these conditions are understood and treated.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
The visual cortex activates specific "body part zones" when viewing on-screen actions, as if experiencing the sensation directly.
The REST screen allows the brain to settle, enabling researchers to isolate and measure the precise effects of movie clips on brain activity.
Yes, it offers a gentle, relaxed way to assess sensory processing in autistic individuals without stressful traditional tests.

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