J. Benjamin Hutchinson

The paper examines age-related changes in hippocampal function and connectivity in children and adults, finding an inflection point around 7 years of age.

The paper finds evidence for temporal context reinstatement in human fMRI data during memory recall, showing that hippocampal and neocortical activity patterns are related to the reinstatement of past event contexts.

This study shows spaced learning enhances neural representations in ventromedial prefrontal cortex, which correlates with improved memory performance.

The paper shows that memory decisions are predicted by the difference in neural similarity between past and future events, with strongest effects in recent memory and weak true memories.

This study investigates how parietal cortex integrates episodic memory and semantic content using fMRI and encoding models, revealing additive and interactive effects in different regions.

The paper shows that re-expression of CA1 and entorhinal activity patterns predicts temporal context memory over long timescales in humans.

This study identifies distinct patterns of background functional connectivity associated with perception and memory retrieval states using fMRI and full correlation matrix analysis.

The paper examines functional connectivity gradients in brain regions to explore their role in predictive processing, identifying two key gradients that align with hierarchical models of brain function.

This study introduces NTFA, a computational method to analyze degeneracy in fMRI data, demonstrating its ability to uncover degeneracy assumptions in simulated datasets.

The paper introduces a large-scale 7T fMRI dataset of natural scenes to advance cognitive and computational neuroscience research.