Wolf Zinke

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.

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.

The paper examines variations in dopamine, noradrenaline, and serotonin levels across macaque cortex areas, finding distinct neurochemical signatures that define local neuromodulatory compartments.

This study shows prefrontal cortex suppresses salient distractors before their effect is seen in scalp-recorded ERP signals, linking neural activity to distraction control.