Reto Huber

This study examines iota oscillations in REM sleep across age groups, finding age-related changes in frequency, amplitude, and bandwidth, with high heritability for most properties.

This study examines how natural and auditory-evoked slow waves affect cardiovascular function after sleep, finding that synchronized type I slow waves are linked to cardiovascular responses.

This study examines the infraslow fluctuation of sigma power during sleep across development, finding it persists with increasing frequency and strength from childhood to young adulthood.

The paper re-analyzes hd-EEG data to show that inter-stimulus interval (ISI) determines the type of slow-wave activity (SWA) modulation from phase-targeted auditory stimulation (PTAS), rather than the targeted phase alone.

The paper examines how bursts of wake slow waves correlate with reduced smartphone interaction probability, suggesting cortical silencing structures behavioral output timing.

This study tests the feasibility of delivering down-phase targeted auditory stimulation during sleep at home over seven nights, finding it technically viable and showing reduced slow-wave activity in early sleep cycles.

This study examines the infraslow fluctuation of sigma power (ISFS) in sleep EEG data from young individuals with schizophrenia, finding reduced ISFS in both Childhood-Onset and Early-Onset Schizophrenia groups compared to controls.

This paper introduces fractal cycles as a new definition of sleep cycles based on fractal neural activity, showing correlations with classical cycles and differences across age groups and depression states.

This study shows that longer interstimulus intervals in automated up-phase-targeted auditory stimulation improve overnight procedural memory consolidation by enhancing K-complexes and spindle coupling.

The paper investigates whether EEG alpha or theta bursts predict attention lapses during sleep deprivation or baseline conditions, finding no direct predictive relationship.

The paper shows wake EEG oscillation amplitudes and aperiodic offsets correlate with sleep slow waves, reflecting sleep pressure and brain maturation across childhood and adolescence.

The paper shows that theta and alpha EEG oscillation amplitudes reflect accumulated sleep need during wakefulness, but not during the wake maintenance zone.

The paper introduces a semi-automatic artifact removal tool for high-density sleep EEG data, achieving high restoration rates of bad epochs through channel-wise interpolation.

This paper identifies spindle density in infant sleep EEG as a biomarker predicting later behavioral outcomes, while other features like slow wave slope and coupling are not predictive.

This study examines theta oscillations (4-8 Hz) in EEG during cognitive tasks and sleep deprivation, finding differences in topography but suggesting a common mechanism.

This study examines how different auditory stimulation approaches during sleep affect brain oscillations and cardiovascular dynamics, finding increased slow wave activity and related cardiovascular changes.

This paper links infants' sleep habits measured by actimetry with neurophysiological features from EEG in 6-month-olds, showing associations between sleep patterns and brain activity metrics.

This paper demonstrates that phase-targeted closed-loop auditory stimulation in rats modulates sleep slow waves and improves motor learning performance.

This study uses smartphone data to show that cognitive output fluctuates around sleep, differing from physical activity rhythms and being worse during sleep periods.

The paper identifies five sleep composites through PCA of infant sleep variables and shows their dynamic changes and associations with development.

This study shows that closed-loop auditory stimulation during NREM sleep changes cross-frequency coupling in specific brain regions, suggesting potential for modulating sleep-dependent memory formation.

The paper examines sleep pressure markers during isolation at Concordia Antarctica station and evaluates bicycle exercise as a countermeasure.

This study uses 1H-MRS to show that glutamate + glutamine levels decrease overnight in healthy adults and correlate with sleep slow wave activity.