Alexander Goettker

The paper shows blinks are synchronized with head movements to minimize visual input loss during natural gaze behavior.

This study uses anticipatory eye movements to investigate dynamic predictions of material behavior and finds that intuitive expectations influence these predictions even when they conflict with learned information.

This study examines how humans adapt eye, hand, and head movements during a continuous visuomotor task, showing strategic adjustments improve performance.

This study measures contrast sensitivity in the far periphery for achromatic and chromatic stimuli, revealing underestimation by current models and differences in sensitivity decay patterns.

The paper investigates serial dependence in oculomotor tracking, finding retinotopic and direction-tuned components of serial dependence.

The paper investigates metacognitive sensitivity for the accuracy of eye movements by having participants judge their tracking performance of a moving dot cloud.

The paper investigates task-specific oculomotor routines for perceptual judgments of object width and height in virtual reality, finding distinct gaze patterns and performance consistency across free and constrained gaze conditions.

The paper examines serial dependence effects across perceptual and oculomotor tasks, finding shared mechanisms in perception but not oculomotor behavior.

This study investigates factors influencing predictive eye movements in naturalistic scenes, finding that expertise, available information, and intact kinematic cues are critical for accurate predictions.

This study uses HD-tDCS and mediation analysis to show that mIPS modulation affects online reach correction, providing causal evidence for its role in movement error correction.