Robin Baurès

This study examines how aging affects multiple object tracking under normal and altered visual conditions, finding a continuous decline in performance and shifts in oculomotor strategies with age.

This study identifies right-lateralized cortical regions involved in audiovisual temporal binding using direct electrical stimulation during awake surgery.

This study uses TMS to show that early stimulation of IPS and STG enhances audiovisual synchrony perception, while later STG stimulation reduces it, indicating dynamic roles in temporal integration.

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.

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.

The paper tests whether a common rate control module can pace simultaneous mental updating in physical space and number space, finding no dual task interference.