Matthew F. Glasser
Papers
1
Total Citations
21
H-Index
1
About
Matthew F. Glasser is a leading neuroscientist whose research focuses on neuroanatomy, multimodal brain mapping, and the development of precision coordinate systems for understanding brain organization across species. His major contributions include pioneering work on cortical parcellation using multimodal MRI data, most notably through the Human Connectome Project, where he helped create the widely used HCP-MMP1.0 atlas—a detailed map of the human cerebral cortex. Glasser’s research has fundamentally advanced how we localize brain function and connectivity, emphasizing the need to account for individual anatomical variability rather than relying solely on single-subject atlases. His highly cited work, including the marmoset brain study (21 citations), demonstrates his commitment to cross-species comparative neuroanatomy. With thousands of citations across his publications, Glasser’s impact is evident in both human and animal neuroscience. He is also recognized for developing surface-based analysis methods and advocating for multimodal integration in brain imaging. His work continues to shape modern neuroanatomical methods, making him a key figure for students and researchers interested in brain mapping, connectivity, and precision targeting.
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Top Papers
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