Several times per second, humans make rapid eye movements called saccades which
redirect their gaze to sample new regions of external space. Saccades present unique …

The rapid point-to-point movements of the eyes called saccades are the most commonly
made movement by humans, yet differ from nearly every other type of motor output in that …

The human motor system and muscles are subject to fluctuations in the short and long term.
Motor adaptation is classically thought of as a low-level process that compensates for the …

Adaptation of saccades can be induced by different error signals, such as retinal position
errors, prediction errors, or reinforcement learning. Recently, we showed that a shift in the …

Saccadic eye movements bring objects of interest onto our fovea. These gaze shifts are
essential for visual perception of our environment and the interaction with the objects within …

Saccadic adaptation is an oculomotor learning process that maintains the accuracy of eye
movements to ensure effective perception of the environment. Although saccadic adaptation …

Despite changes in the physical structures controlling the eyes, saccades, the rapid eye
movements used to explore the visual environment, remain accurate throughout the lifetime …

When a saccadic eye movement does not land accurately on its visual target, subsequent
saccades to the same target are subject to a corrective adjustment, which has been called …

Motor adaptation maintains movement accuracy. To evaluate movement accuracy, motor
adaptation relies on an error signal, generated by the movement target, while suppressing …

When saccadic eye movements consistently fail to land on their intended target, saccade
accuracy is maintained by gradually adapting the movement size of successive saccades …