Jacinthe Cataldi

Multisensory integration in Peripersonal Space indexes consciousness states in sleep and disorders of consciousness

The paper identifies a neural marker of peripersonal space (PPS) integration in EEG data and shows its presence correlates with conscious states in sleep and disorders of consciousness.

Sensory processing reallocation from external to internal signals in REM sleep

The paper examines how neural responses to external and internal signals shift during different REM sleep states, finding increased internal signal processing in phasic REM.

Impact of the pulse artifact on evoked activity in human wakefulness and sleep

This study assesses the impact of pulse artifacts on evoked potentials during wakefulness and sleep using two preprocessing pipelines in healthy volunteers.

Aperiodic EEG Activity Provides a Linear, Bidirectional, and Spatially Uniform Marker of Subjective and Objective Vigilance in Humans, Both Within and Across States

This paper shows that aperiodic EEG activity is a better marker of vigilance than oscillatory features, across different states and datasets.

Cardiac-locked auditory stimulation modulates pupil and neural dynamics

This study examines how cardiac-locked auditory stimulation affects pupil and neural dynamics, finding that synchronous cardio-auditory sequences lead to pupil adaptation and increased EEG activity.

Non-REM parasomnia experiences share EEG correlates with dreams

The paper investigates EEG correlates of parasomnia experiences and finds similarities with dream-related neural activity.

The determinants of the subjective perception of sleep: insights from a high-density EEG study with serial awakenings

This study identifies determinants of subjective sleep perception through high-density EEG recordings and interviews during serial awakenings in individuals with and without sleep misperception.

Integrity of corpus callosum is essential for the cross-hemispheric propagation of sleep slow waves: a high-density EEG study in split-brain patients

Visual imagery and visual perception induce similar changes in occipital slow waves of sleep

The paper shows that visual experience during wakefulness affects slow wave activity in the occipital cortex during sleep, with internal visual imagery modulating these changes.