Julien Duclay

Perceived time drives physical fatigue

This study investigates how perceived time affects physical fatigue using EEG, finding that fatigue accumulates with perceived time, influenced by frontal theta and beta oscillations.

Modulation of beta oscillatory dynamics in motor and frontal areas during physical fatigue

This study investigates how beta oscillations in motor and frontal brain areas change with physical fatigue, finding enhanced power at rest and reduced power during contraction, and links these changes to the status quo theory.

Muscle length modulates recurrent inhibition and post-activation depression differently according to contraction type

This study investigates how muscle length affects recurrent inhibition and post-activation depression during different contraction types in soleus muscles.