Cristina de la Malla

This study estimates eye torsion during walking using head-mounted technology and shows its role in altering retinal flow for self-motion parameter extraction.

This study introduces a continuous proprioceptive tracking paradigm and computational modeling to capture dynamic proprioception in real time, showing it provides faster and more accurate limb state estimates than vision.

This study investigates how target configuration during motor adaptation training affects learning strategies and generalization, finding that angular target groups learned translation rules while extent groups learned gain rules.

The paper investigates how gamma brain oscillatory coherence between visual and motor areas relates to temporal adaptation in a delayed visual feedback interception task.