Age-Related Differences in Brain Responses in Mathematical Problem-Solving Among Children and Adolescents
Published in Cognitive Neuroscience Society (CNS) 31st Annual Meeting, Toronto, Canada, 2024
This study is the neuroimaging version of our previous behavioral research. We investigate age-related differences in brain responses during mathematical problem-solving between children and adolescents. Using fMRI, we found that adolescents show a more complex neural response, with stronger activation in the fronto-insular-parietal network when solving problems with lexically consistent descriptions. In contrast, children exhibited consistent brain activity regardless of lexical consistency. These findings suggest that the maturation of cognitive mechanisms plays a critical role in how we approach problem-solving as we age, emphasizing the importance of targeted educational interventions during adolescence.
Recommended citation: Chu, M.-Y., Chen, X.-Y., Ng, C.-T., & Chang, T.-T. (2024, Apr). Age-Related Differences in Brain Responses in Mathematical Problem-Solving Among Children and Adolescents [Poster presentation]. Cognitive Neuroscience Society (CNS) 31st Annual Meeting, Toronto, Canada.
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