
On a warm late afternoon, Maya spun inside a chalk circle in the park. She wanted to finish five turns, stop neatly, and discover why her stomach and feet never seemed to agree with her eyes.
Why Do We Get Dizzy After Spinning?Fluid in the inner ear keeps moving after the body stops, sending motion signals that no longer match what the eyes see.
1. On a warm late afternoon, Maya spun inside a chalk circle in the park. She wanted to finish five turns, stop neatly, and discover why her stomach and feet never seemed to agree with her eyes.
2. After the fifth turn, Maya planted both sneakers and reached for the bench. The tree stood still, but the whole park seemed to tilt, so she waited with her knees bent until the ground felt trustworthy again.
3. Maya touched the place behind her ear. Her eyes said, “The bench is still,” while the wobble in her body said, “Not quite.” She wanted to know which message was telling the truth.
4. Balance did not come from Maya’s feet alone. Deep inside each ear, three tiny curved canals held clear fluid and delicate sensory hairs. Together, they helped her brain notice when her head turned.
5. As Maya turned, the canals turned with her skull, but the fluid lagged behind. Its pressure bent the sensory hairs, and signals traveled along nerves toward her brain.
6. When Maya stopped, her skull stopped first. The fluid kept sliding for a little while, so the sensory hairs kept sending a message that she was still turning.
7. Her eyes reported a quiet oak tree. Her inner ear reported a turn. With two different reports arriving at once, her brain could not make one steady picture of where she was.
8. Maya tried three turns, stopped with her feet wide, and held her gaze on the oak tree. Fluid in the inner ear keeps moving after the body stops, sending motion signals that no longer match what the eyes see.
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