Extensive dataset may help develop deeper insights in cognitive and computational neuroscience

Researchers from the University of Minnesota Medical School have published an extensive dataset that uses cutting-edge, high-field (7T) fMRI technology to probe how humans perceive, interpret and memorize naturalistic photographs.

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Thomas Naselaris ,Kendrick Kay ,Emily Henderson ,Magnetic Resonance Research ,University Of Minnesota Medical School ,M Medical School ,Minnesota Medical School ,Natural Scenes Dataset ,Nature Neuroscience ,Human Connectome Project ,Computational Neuroscience ,Neuroimaging ,Artificial Intelligence ,Rain ,Medical School ,Medicine ,Neuroscience ,Radiology ,Research ,