Study Identifies Brain Regions Involved in Flexible Numerical Representation

Researchers at the National Institute of Information and Communications Technology (NICT) have identified multiple areas within the human cerebral cortex that adaptively represent numerical quantities. The findings, derived from functional magnetic resonance imaging (fMRI) analysis, provide insight into how the brain processes diverse numerical information.

The study utilized fMRI technology to observe brain activity patterns associated with numerical cognition. Results indicated that several regions across the cerebral cortex are involved in representing numbers, rather than a single specialized area. These regions demonstrated flexibility in their roles, suggesting that numerical representation is distributed and adaptable depending on context or task demands. The research highlights the complexity of neural mechanisms underlying numerical understanding and opens avenues for further exploration into cognitive functions related to mathematics and quantity processing.

Date: March, 2025

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Author

Mark Chiang

紐約 NYU Computer Science 碩士 紐澤西 UMDNJ Biomedical Informatics 博士 中研院博士後 台灣大學博士後