Ivan Camponogara

This study examines how auditory and proprioceptive target information affects movement variability and control during preparation and execution, finding modality-specific effects in sensory encoding and execution phases.

This study examines how auditory and proprioceptive senses affect reaching accuracy and precision, finding that proprioception enhances precision more than audition, and multisensory input does not further improve precision beyond proprioception alone.

This study investigates how haptic memory-guided reaching is affected by delay and arm posture similarity, finding that short delays reduce accuracy but longer delays do not when postures are similar.

This study examines how face masks affect neural tracking of speech by comparing auditory and visual obstacles in three conditions: no-mask, virtual mask, and real mask.

The paper tests Weber's law in a two-finger pointing task and finds that the standard deviation of inter-finger separation increases with target distance, supporting Weber's law in action.

The paper investigates how visual uncertainty affects multisensory grasping by manipulating haptic cues, showing that haptic position and size cues play distinct roles in integrating visual information.

The paper shows that a brief visual glimpse before movement onset is enough to improve endpoint precision through multisensory integration in reaching tasks.

The paper investigates how visual and haptic cues contribute to multisensory grasping and finds that combining haptic positional cues with visual cues achieves the same performance as full cue availability.