Aurélie Bidet‐Caulet

This study examines how executive attention and involuntary orienting interact in children, adolescents, and adults using auditory tasks and EEG measurements.

This study uses pupillometry in an auditory task to show that attention modulates arousal globally and selectively, supporting the dual role of norepinephrine.

This study examines how modulating tonic arousal affects attentional processing in children and adults, finding no effect of arousal modulation but stronger phasic responses in children to novel stimuli.

This study compares attention and distractibility in adults with and without AD(H)D using a virtual classroom, finding higher neural responses to irrelevant sounds and reduced speech tracking in AD(H)D individuals.

This study investigates how tonic and phasic arousal interact to influence attention and performance in humans during an auditory task.

This study investigates how auditory working memory and selective attention interact during a melody-based task using MEG, finding reciprocal influences between the two processes.

This study examines how distractibility components change with age, finding that sustained attention decreases and distraction increases in older adults, while voluntary orienting remains stable.

The paper finds that high dream recallers show larger ERP amplitudes for both bottom-up and top-down attentional processes during passive listening, suggesting enhanced attentional mechanisms without affecting behavioral performance.

The paper examines how attentional and motor components contribute to distractibility across childhood to adulthood, finding distinct developmental trajectories for each component.

This study examines differences in sustained attention and distraction in preschoolers, finding that lower socioeconomic status is associated with reduced sustained attention and increased impulsivity.

This study investigates attentional alterations in migraine using behavioral and MEG/EEG data, finding increased bottom-up orienting responses and enhanced top-down attention recruitment in migraineurs.

This study investigates age-related changes in oscillatory patterns associated with top-down and bottom-up attention using MEG data from young and elderly participants.

The paper investigates gamma activity in response to distracting sounds, showing its role in ventral BU network activation and TD/BU attention balance in the prefrontal cortex.

This study shows that the early fronto-central phase of the P3a potential correlates with the arousing properties of distracting sounds, indicating an arousal component in the orienting response.