Julie Carrier

This study shows that targeted memory reactivation during sleep spindles improves recall-based memory retention, with spindle temporal clustering affecting different memory outcomes.

The paper introduces RnB, a wavelet-based method to separate rhythmic and arrhythmic components in sleep EEG data, improving time-domain analysis of NREM sleep oscillations.

The paper investigates whether slow spindle trains during daytime naps support declarative memory consolidation, finding that slow spindles clustered in trains correlate with better memory performance.

This study shows caffeine increases brain complexity and shifts neural dynamics towards criticality during sleep, with age-dependent effects observed in REM sleep.

This study investigates the relationship between sleep spindles and memory consolidation in Parkinson's disease patients, finding that lower spindle density and reduced temporal clustering are associated with worse memory consolidation.

This study investigates how phase-specific targeted memory reactivation during sleep affects motor memory consolidation, finding that up-state cues improve performance and alter neural activity.

The paper shows that sleep spindles cluster in NREM2 sleep, supporting motor memory consolidation through synchronized oscillatory activity.

This study investigates whether targeted memory reactivation during sleep improves motor memory consolidation in older adults, finding no enhancement despite modulation of brain responses to auditory cues.

The paper shows that auditory TMR during sleep enhances motor memory by modulating slow wave-sigma oscillation coupling depending on timing.

The paper examines the link between spindle-slow wave coupling during sleep and early amyloid-β burden, finding it associated with memory decline in midlife individuals.

The paper identifies two types of slow waves in human sleep, slow switchers and fast switchers, and shows aging is associated with reduced connectivity and faster dissipation of sleep pressure.

The paper uses whole genome sequencing to identify genetic loci associated with platelet aggregation, including novel variants in RGS18, SVEP1, and PEAR1.

This study shows that blue light modulates alpha rhythm in the occipital cortex of totally blind individuals with non-visual light perception, suggesting ipRGCs influence brain activity beyond vision.