Armin Brandt

The paper shows that hippocampal high-frequency activity predicts later memory when a second event arrives, reinstate preceding stimuli, and is coupled to successful encoding.

This study investigates theta-phase locking of single neurons during human spatial memory tasks and finds it is prevalent and influenced by theta power and aperiodic activity.

The paper shows that single-neuron activity in occipital and medial temporal lobe regions encodes newly learned visual information, reshaping perception after rapid learning.

The paper investigates how human medial temporal lobe neurons represent temporal order during memory formation and recall, finding preserved neural codes for temporal positions in both phases.

The paper investigates how working memory prioritization affects representational formats in visual and prefrontal cortex using intracranial EEG and deep neural networks.

The paper identifies grid-like neuronal activity in the human entorhinal cortex that maps emotional valence and arousal in a two-dimensional space during an emotional memory task.

The paper identifies stimulus-specific neurons that show ripple-locked coactivity during associative memory encoding and retrieval in humans.

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

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.