Eva Zita Patai

The paper examines brain-to-brain synchrony during group hunting using fNIRS hyperscanning and finds greater synchrony in prefrontal cortex regions during successful hunting.

The paper quantifies navigation strategies in virtual tasks and links them to hippocampal activity in different groups, showing strategy variability and group-specific neural recruitment.

The paper investigates brain activity during architectural experience, showing how prefrontal and hippocampal regions respond to spatial complexity and aesthetic qualities using fMRI and first-person videos.

The paper shows that neural representations of natural concepts in the medial temporal lobe and neocortex are embedded in task-relevant representational spaces that reorganize with task demands and influence memory formation.

The paper examines the relationship between object-based spatial abilities and virtual navigation performance using a mobile game, finding limited correlations between navigation tasks and visuospatial tests.

The paper examines neural correlates of conflict and evidence integration during sequential decision making, finding increased cortico-subthalamic coherence and prolonged subthalamic beta oscillations during conflict.

The paper shows that long-term consolidation shifts goal proximity coding from the hippocampus to the retrosplenial cortex during navigation of familiar versus newly learned environments.

The paper uses fMRI to study human navigation behavior in dynamic environments, finding specific brain activity patterns associated with back-tracking, detours, and shortcuts.

This study examines how human theta and alpha oscillations change during navigation, revealing patterns linked to detours and shortcuts.