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Some kids just can't seem to get math — and new research suggests their brains may be wired differently for it. Stanford scientists found that children with developmental dyscalculia struggle to switch problem-solving strategies and show distinct brain activity patterns tied to those difficulties. The findings point to executive functions — like attention, memory, and cognitive flexibility — as key players in persistent math struggles.
Some kids just can't seem to get math — and new research suggests their brains may be wired differently for it. Stanford University researchers studied 68 children aged 8–10 and found that those with developmental dyscalculia (a condition causing persistent math difficulty) were slower to switch problem-solving strategies, less responsive to changes in problem difficulty, and failed to improve their strategy selection over time — unlike their peers.
The team also identified distinct brain activity patterns in these children that could predict how well they counted and shifted between approaches. The findings, published in JNeurosci, suggest the root of math struggles goes beyond number knowledge — implicating executive functions like attention, working memory, and cognitive flexibility.
Key Takeaways
Why it matters: Understanding the neural underpinnings of math difficulties could help clinicians and educators identify at-risk children earlier and design more targeted interventions — moving beyond rote practice toward addressing the cognitive processes that drive persistent struggles.