A recent study has shown that the human brain can adapt to perceive virtual wings as part of its own body. Twenty-five participants, equipped with virtual reality headsets and motion sensors, learned to fly over the course of a week. They saw their reflection as winged figures and controlled the wings by moving their arms, dodging air balls and soaring over cliffs. The results show notable neural changes.
Neuroplasticity in action: the visual cortex reconfigures 🧠
After training, researchers observed that the visual cortex, an area that normally responds to images of body parts, began to react more intensely to images of wings, similar to how it responds to arms. This change suggests a neural reassignment: the brain began to treat wings as bodily extensions. The experiment used flight tasks with obstacles and reflections in virtual mirrors to reinforce the illusion of ownership, demonstrating the plasticity of the nervous system.
Digital wings: the next fashion accessory for dodging bosses 🦅
Now that we know the brain can accept wings as part of the body, we just need developers to add a multiplayer mode to dodge not air balls, but work emails. Imagine flying into the virtual office and your boss asking you to land to sign papers. For now, the study shows that, with enough training, even a human with tired arms can feel like an angel.