Marit Petzka

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 shows respiration influences neural dynamics during memory retrieval, with key brain signals linked to memory performance being synchronized with the respiratory cycle.

This study investigates the relationship between sleep stages and insight, finding that N2 sleep increases insight likelihood, while spectral slopes predict insight beyond sleep stages.

This study shows that sleep after motor adaptation training improves performance and alters beta oscillations and EEG spectral slope, with sleep spindles predicting success.

This study shows respiration modulates sleep oscillations and memory reactivation in humans by enhancing slow oscillations, spindles, and their coupling during inhalation peaks.

The paper shows that sleep spindles correlate with learning patterns and predict memory consolidation in humans.

This study shows that endogenous memory reactivation during sleep is linked to slow oscillation spindle complexes and predicts memory consolidation in humans.