Virtual Reality Flight Training Reshapes Human Brain Plasticity
A recent study published in Cell Reports reveals that training individuals to fly using virtual wings in a virtual reality environment can significantly alter brain function. Researchers from Peking University and Beijing Normal University conducted a weeklong experiment with 25 participants who used VR headsets and motion-tracking gear to control bird-like wings. The results showed that the visual cortex, which typically processes images of body parts, began responding to the virtual wings similarly to how it responds to real limbs. This indicates that the brain incorporated the wings into its body schema, demonstrating remarkable neural plasticity. Lead researcher Yanchao Bi noted that participants started perceiving the wings as part of their own bodies. The study suggests that the brain's ability to reorganize in response to new experiences is broader than previously thought. These findings have implications for future technologies, including artificial senses and limb enhancements, highlighting how immersive VR experiences can transform human perception of reality and physical embodiment beyond abstract knowledge.
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Virtual Reality Flight Training Reshapes Human Brain Plasticity
A recent study published in Cell Reports reveals that training individuals to fly using virtual wings in a virtual reality environment can significantly alter brain function. Researchers from Peking University and Beijing Normal University conducted a weeklong experiment with 25 participants who used VR headsets and motion-tracking gear to control bird-like wings. The results showed that the visual cortex, which typically processes images of body parts, began responding to the virtual wings similarly to how it responds to real limbs. This indicates that the brain incorporated the wings into its body schema, demonstrating remarkable neural plasticity. Lead researcher Yanchao Bi noted that participants started perceiving the wings as part of their own bodies. The study suggests that the brain's ability to reorganize in response to new experiences is broader than previously thought. These findings have implications for future technologies, including artificial senses and limb enhancements, highlighting how immersive VR experiences can transform human perception of reality and physical embodiment beyond abstract knowledge.
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