Nicole C. Rust

The paper shows that alignment between spikes and high-gamma LFPs depends on the coding scheme, using visual memory variables in macaques.

The paper shows that inferotemporal cortex, like the hippocampus, reflects sharpened visual memory representations, contributing to visual memory fidelity.

The paper identifies a two-stage algorithm in primate brain regions that transforms visual input into familiarity, with distinct roles for inferotemporal cortex and hippocampus.

The paper develops a mood model to predict human happiness during a gambling task and finds similar mood-related neural activity in monkey anterior insular cortex.

The paper investigates neural signatures of visual recognition memory in rhesus monkeys and finds that sensory referenced suppression (SRS), not repetition suppression, better explains behavioral patterns.

The paper investigates how top-down signals are integrated in V4 and IT during visual object search, finding that IT integrates these signals directly rather than through feed-forward processing from V4.

The paper shows that the magnitude of neural responses in the inferotemporal cortex correlates with image memorability, independent of object identity coding.

This study identifies a target match signal in inferotemporal cortex that is behaviorally relevant and minimally interferes with visual representations during object search tasks.

The paper investigates how visual memory is reflected in IT cortex by analyzing neural responses during a single-exposure memory task in monkeys.