Frederik D. Weber

This study compares memory consolidation during natural sleep and propofol-induced anesthesia, finding that sleep preserves memory while anesthesia impairs it, likely due to disrupted spindle coupling during slow oscillations.

This study shows that reduced NREM theta power in hippocampal CA1 dysfunction impairs memory consolidation during sleep in humans with transient global amnesia.

This study examines the effects of sustained polyphasic sleep restriction on human growth hormone release and other physiological and cognitive measures.

The paper validates a wearable PSG system, ZMax, comparing its sleep scoring and metrics to standard PSG, finding moderate to substantial agreement with human scorers.

This study examines how slow-wave sleep and REM sleep affect plasma amyloid-beta levels, finding distinct associations with growth hormone, cortisol, and age-related clearance efficiency.

This study examines how spindle-slow oscillation coupling during sleep relates to memory performance and changes in hippocampal network connectivity after spatial learning.

This study analyzes non-REM sleep EEG features in MDD patients and finds subtle alterations linked to medication and memory consolidation.

The paper investigates whether sleep or training variability affects motor adaptation consolidation, finding that higher training variability improves retest performance, correlating with alpha power in parietal areas.