Michaël Quiquempoix

This study challenges conventional time-frequency analyses by showing that post-stimulus theta power increases may reflect changes in aperiodic activity rather than genuine oscillations.

This study investigates alpha oscillatory dynamics in autism and familial liability using EEG, finding reduced temporal stability rather than amplitude in alpha rhythms.

This study uses EEG to show that switching attention between sensory modalities leads to slower responses and increased cognitive effort, with delayed neural responses and reduced sensory processing efficiency.