Mehdi Adibi

The paper investigates how tactile spatial and temporal context affect temporal precision and perceived timing of tactile landmarks using an auditory-referenced temporal order judgment task.

The paper investigates the computational structure of internal uncertainty in tactile motion perception and identifies two distinct uncertainty components that explain perceptual and behavioural responses.

The paper shows that directional tactile motion can be perceived from static vibrotactile inputs with phase differences, using psychophysical experiments in humans.

This study investigates whether phase differences between continuous amplitude-modulated vibrations can induce perceived motion across fingertips, finding that motion direction is reliably perceived up to 1Hz with performance dependent on phase lag.