A surprising brain difference may explain why some kids struggle with math
Stanford researchers have discovered that children who struggle persistently with math may have underlying differences in how their brains manage problem-solving strategies. Children with developmental dyscalculia were slower to switch strategies, less responsive to changes in difficulty, and less able to improve their approach over time. Distinct patterns of brain activity were linked to these difficulties...
Key Takeaways
- Stanford researchers have discovered that children who struggle persistently with math may have underlying differences in how their brains manage problem-solving strategies.
- Children with developmental dyscalculia were slower to switch strategies, less responsive to changes in difficulty, and less able to improve their approach over time.
- Distinct patterns of brain activity were linked to these difficulties and could even predict certain math-related abilities.
Stanford researchers have discovered that children who struggle persistently with math may have underlying differences in how their brains manage problem-solving strategies. Children with developmental dyscalculia were slower to switch strategies, less responsive to changes in difficulty, and less able to improve their approach over time. Distinct patterns of brain activity were linked to these difficulties and could even predict certain math-related abilities.
Original Publisher Attribution
This summary was curated from ScienceDaily.