Eckart Zimmermann

The paper shows that tactile sensitivity decreases during planned movements but not during withheld movements, suggesting predictive mechanisms shape somatosensory processing.

The paper investigates how spatial attention affects tactile precision during active and passive movements, finding that active movements rely on predictions for precision while passive movements require attention to movement goals.

This study shows that monetary rewards lead to longer perceived durations and higher confidence, with high-confidence individuals overestimating time more than low-confidence ones.

This study investigates how individuals with heightened autistic traits update their mental maps after eye movements, finding they struggle with spatial stability and object localization.

The paper investigates sensory attenuation for sounds during tactile motor attention in a virtual reality setup, finding that sounds are perceived as less intense when tactile feedback coincides with movement goal achievement.

The paper shows that temporal preparation, not statistical learning, explains performance benefits in complex temporal environments with regular and irregular events.

This study investigates how temporal perturbations affect sensorimotor adaptation across different movement types and modalities, finding that adaptation is context-independent but modality-specific.

The paper shows that pointing in depth is influenced by a prior knowledge of natural grasping distance rather than just visual distortion.