Xiongbo Wu

The paper examines how hippocampal and cortical oscillations support memory encoding during continuous movie watching by analyzing temporal patterns of power, synchrony, and phase alignment.

The paper identifies a 19-45 Hz thalamic oscillation specific to REM sleep and wakefulness, distinguishing conscious states in humans.

This study links alpha/beta oscillations to oculomotor dynamics rather than memory performance, showing that eye movements drive alpha/beta power changes.

The paper examines ripple-like activity during movie-watching in epilepsy patients, showing differential patterns in hippocampus and cortex related to event boundaries and memory encoding.

This study investigates how brain activity changes during encoding and post-encoding of sequential episodes, finding that item-based reactivation at episodic offset is crucial for memory formation.

The paper investigates how neural stability and memory reinstatement are affected by contextual incongruency during schema-consistent episodic encoding.

This study shows that post-encoding memory reinstatement in humans predicts recall of meaningful episodic sequences but not shuffled ones.

The paper investigates neurophysiological signatures during the retrieval of real-life episodic memories using EEG and a convolutional network-based algorithm to select stimuli.