Antonio Cataldo

This study investigates how mechanical adaptation affects the perception of mid-air ultrasound vibrotactile stimuli, finding frequency-specific impairments in detection thresholds.

This study shows that active self-touch after the rubber hand illusion reduces proprioceptive drift, indicating it restores bodily self-awareness, while involuntary self-touch does not.

This study challenges the textbook view that high-frequency vibrotactile stimuli have poor spatial resolution by showing they can produce good spatial acuity.

The paper shows that sustained mechanical pressure inhibits tingling sensations induced by sanshool on the lips, indicating interaction between somatosensory submodalities.

This study investigates how motor and tactile information interact in spatial perception through robot-mediated self-touch experiments, finding stronger integration during active movements.