Miriam Spering

This study shows that interception performance in virtual reality improves with natural trajectory shapes and orientations, as opposed to unnatural ones.

This study investigates how visual motion perception and ocular following responses interact when presented with complex moving plaids, finding that responses shift from component- to pattern-driven behavior.

The paper investigates how multisensory information affects ultra-short latency oculomotor inhibition, finding that audiovisual distractors elicit stronger inhibition than unisensory ones.

This study shows that auditory and visual signals are integrated to guide interceptive movements, with sound affecting interception within 125 ms of ball launch.

The paper investigates how human smooth pursuit and motion perception integrate internal object motion, finding a correlation between pursuit and perceptual biases.

This study shows humans can track accelerating objects with eye movements but fail to predict their reappearance after occlusion using final velocity rather than acceleration.

This study examines how eye-hand coordination during movement corrections depends on task-specific visual and cognitive demands, finding that hand corrections typically precede eye corrections in certain conditions.

This study examines oculomotor function in Parkinson's disease patients, finding task- and stimulus-specific preservation of eye movements in response to dynamic targets.

The paper investigates how human and non-human primate eye movements respond to optic flow patterns, finding that most observers intuitively track the focus of expansion without instruction.

The paper compares how direction expectation affects motion perception and anticipatory smooth pursuit, finding different biases in each response.

The paper examines how eye movements correlate with sensorimotor decisions in a go/no-go interception task, showing that eye movement stages align with decision-making phases.