Erie D. Boorman

The paper challenges the canonical model of anxiety by showing that threat probability, not uncertainty, is more strongly associated with threat anticipation and EA regions.

This study uses fMRI to show that a two-dimensional subjective value space is represented in the cognitive mapping system during risky decision-making.

This study investigates how OFC gamma oscillations and hippocampal ripples interact during rapid spatial learning in humans using iEEG recordings.

The paper investigates neural mechanisms of credit assignment for delayed outcomes using fMRI and an adaptive learning task, identifying roles for lOFC, HC, and lFPC in tracking causal choices over time.

This study explores how cognitive control affects the geometry of cognitive maps in the brain and in neural networks, showing stable and context-dependent representations that relate to task demands.

This study investigates how the brain assigns credit for inferred relationships in structured environments using a novel task and Bayesian model, finding that the medial prefrontal cortex represents hierarchical associations and tracks abstract task positions.

The paper shows humans use grid-like neural codes in the brain to infer solutions in abstract social hierarchies, linking cognitive maps to decision-making.

This study examines how the human hippocampus encodes contextual and goal information during goal-directed navigation, showing context-specific future goal representations and anticipatory activity patterns.

The paper investigates how the brain represents and combines abstract social hierarchies using neural activity patterns in specific brain regions.