Weiwei Zhou

The paper uses drift diffusion modeling to study how sensory information influences perceptual judgments during trans-saccadic visual target shifts.

This study investigates how motor tremors affect time perception by introducing artificial tremors during movement tasks and analyzing their impact on duration estimation.

The paper investigates how conscious motor timing affects auditory timing perception and finds that combined auditory and movement timing is more accurate than isolated timing.

This study investigates how environmental viscosity affects temporal perception by manipulating movement in a robotic arm task, finding that higher viscosity leads to shorter perceived durations.

This study shows that free movement improves temporal perception and decision-making precision by shifting response thresholds and reducing movement variability.