Markus Lappe

This study investigates how different types of feedback affect movement planning under risk, finding that trial-by-trial reinforcement feedback leads to the most optimal movement planning.

This paper presents a computational model that separates self-motion and object motion information from optic flow, replicating human performance in heading estimation and object motion detection.

The paper investigates how eyeball translations during blinks affect saccadic eye movements, showing overshoots and transient retraction linked to mechanical properties.

This paper models cerebellar contributions to three stages of saccadic eye movement learning in patients and controls, finding cerebellar pathology affects two stages but not the forward dynamics model.

This study maps the blind spot borders using high-resolution eye-tracking and retinal stabilization, revealing that the transition from vision to blindness occurs over a broad area rather than abruptly.

This study uses high-speed MRI to analyze eye movements during blinks, revealing unexpected lifting, retraction, and compression of the eyeball.