Jacob A. Miller

This study shows that the IPS encodes abstract sequence positions in working memory, facilitating future behavior through abstraction of sensory past information.

This study investigates how working memory (WM) influences motor actions and shows that lateral prefrontal cortex (PFC) modulates this interaction through different mechanisms depending on the time-scale of control.

The paper shows that memory representations develop at multiple time scales in hippocampal-cortical networks, with specific representations emerging early and schematic representations forming later across brain regions.

The paper examines the relationship between the length of the mid-fusiform sulcus and face perception ability in neurotypical controls and individuals with developmental prosopagnosia.

This study shows that long-term training increases lPFC involvement in working memory by shaping stimulus-selective representations and sequence relationships, reconciling conflicting views on lPFC function.

The paper identifies a new cortical indentation in the posterior cingulate cortex that differs across species and age, challenging assumptions about brain morphology uniqueness.

The paper identifies sulcal depth in lateral prefrontal cortex as a predictor of verbal working memory performance in children and adolescents.

The paper defines tertiary sulci in chimpanzee lateral prefrontal cortex using human predictions and finds differences in sulcal morphology between chimpanzees and humans.

The paper identifies tertiary sulci in human lateral prefrontal cortex as meso-scale links between microstructural and functional properties, and shares probabilistic maps for these structures.

The paper links variability in evolutionarily new prefrontal cortex sulci to individual differences in reasoning skills in children, supporting a theory of protracted development and improved neural efficiency.