Cory Thomas Miller

This study investigates how natural gaze behavior influences V1 activity in freely moving marmosets, showing that gaze shifts and fixations modulate neural responses through distinct mechanisms.

This study examines how ecological factors like food size and time since food access affect prosocial behavior in marmosets, finding that larger food portions promote sharing but this effect diminishes with increased hunger.

The paper investigates how the primate anterior cingulate cortex (ACC) resolves the Cocktail Party Problem during natural vocal interactions in marmoset monkeys.

This paper develops a wireless head-mounted eye-tracking system for marmosets to study active vision in freely moving primates and finds that gaze stability is higher in free movement compared to head-fixed conditions.

The paper analyzes neural activity in marmoset frontal cortex during natural vocal behaviors using a GLM model, finding distributed functional organization rather than distinct subfield specialization.

The paper develops a model to analyze vocal turn-taking in marmoset monkeys and identifies key factors influencing this behavior, showing similar patterns in meerkats.

This study maps oxytocin neuron projections in marmoset brains, revealing extensive connections to social behavior-related regions, similar to rodent patterns.

The paper shows that cross-modal representations of identity in primate hippocampus use two distinct neural mechanisms and encode multiple social categories reflecting relationships.

The paper shows that neural responses to social vocalizations in marmoset prefrontal cortex vary across different behavioral contexts, indicating flexible representations of social signals.

This study investigates how marmosets solve the Cocktail Party Problem by analyzing their vocal behavior in response to acoustic scene manipulations.