Ferdinando A. Mussa-Ivaldi

The paper shows that adapting to visuomotor delays in different spatial directions affects drawing symmetry, suggesting a link between delay processing and hemispatial neglect.

The paper shows that sensorimotor integration occurs at discrete events where energy is exchanged, maintaining invariant estimates of arm inertia across modalities.

The paper investigates how artificial skin-stretch affects stiffness perception and grip force adjustment, finding a linear relationship between stretch amplitude and perceptual illusion.

This study investigates how the brain represents sensory feedback delays by exposing participants to a delayed pong game and finding that delay is represented as a spatial gain change rather than a time lag.