Kevin S. Weiner

This study uses intracranial recordings to show that repetition suppression in human ventral temporal cortex occurs in high-frequency broadband signals and persists throughout stimulus processing.

The paper shows that category representations in VTC of congenitally blind individuals vary widely, with some showing similarity to sighted individuals despite group-level differences.

The paper shows that combining neural responses from face- and body-selective regions in VTC better predicts categorization performance than individual regions, suggesting integration of information across domains.

The paper shows opposing transcriptomic gradients explain orthogonal maps in human visual areas and predicts microanatomical differences and genetic susceptibility.

The paper investigates microstructural changes in the visual cortex during childhood and finds that apparent thinning is due to increased myelination rather than pruning.

The paper identifies two opposing genetic gradients in the human visual cortex that correlate with developmental and evolutionary features, linking cytoarchitecture and gene expression.

The paper evaluates deep neural network models for their ability to explain neural information processing and outlines criteria for assessing their merit.