Nora Alicia Herweg

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 shows that memory traces involve task-relevant representational spaces that influence memory strength and perceptual discrimination.

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 shows that MTL neurons phase-lock to hippocampal theta oscillations, indicating a role for theta synchronization in memory-related communication across brain regions.

The paper analyzes human hippocampal recordings to evaluate hypotheses about theta oscillations' role in memory, finding that narrowband theta increases during successful encoding and retrieval, while broadband changes mask these effects.

The paper identifies 'anchor cells' in the human medial temporal lobe that encode egocentric spatial maps during virtual navigation.

The paper shows that neurons in human memory regions phase-lock to hippocampal theta oscillations during memory-related activity.

The paper studies how the human medial temporal lobe (MTL) represents spatial and semantic information through micro-wire recordings, showing that learned representations support navigation and prediction.

This study investigates how spatial information is reactivated in the medial temporal lobe during episodic recall and identifies theta oscillations as a shared mechanism for spatial coding and memory retrieval.