Kari L. Hoffman

The paper shows that memory traces in macaques become more stable over time, with older memories showing less drift and stronger sleep reactivation.

The paper identifies sublayer-specific circuit organization in hippocampal CA1 of freely-moving macaques through analysis of neuron classes and their functional interactions.

This study examines how freely-moving macaques allocate head movements during learning and memory-guided decision-making in a complex 3D environment using recurrent neural networks.

This paper introduces a machine learning toolbox for detecting and analyzing sharp-wave ripples across species, revealing shared features in mice and macaques.

This study examines hippocampal oscillations in macaques, finding that theta and gamma bands are segregated by behavioral states, differing from rodent patterns.

The paper examines neural activity in macaques during memory retrieval, finding distinct oscillatory patterns for old and new memories.

The paper investigates how saccadic eye movements modulate single-unit activity in the human mesial temporal lobe and identifies a corollary discharge-like signal associated with these movements.

The paper compares ERP responses in the human mesial temporal lobe to saccades, fixations, and image onset during a visual memory task, finding distinct mechanisms for each.

The paper shows that theta oscillations in macaque neocortex and hippocampus are stronger during early-stage sleep compared to alert movement, while hippocampal beta and gamma oscillations are more active during walking and other active behaviors.

This study shows that sharp-wave ripples in macaques increase near visual targets during familiar exploration tasks.