Roy Mukamel

The paper shows that sensory attenuation occurs even without prior expectation, suggesting it is not driven by learning but by motor signals.

The paper shows that expected intensity of a sensory outcome affects the force applied during an action, with lower expected intensity leading to higher applied force.

The paper investigates how semantic goals are represented in the brain during actions with identical sensory outcomes, finding distinct neural patterns in frontoparietal and visual regions.

The paper shows that single-cell activity in human STG during phoneme perception is organized by articulatory features, supporting auditory theories over motor theories.

The paper shows that voluntary hand actions modulate perception and neural responses in visual cortex depending on hand and visual field laterality.

The paper shows motor-evoked responses in auditory cortex during self-generated sounds correlate with improved sound detection.

The paper introduces a cryptographic method to time-lock study pre-registration with data acquisition, ensuring scientific autonomy and replicability without third-party involvement.

The paper shows that expected sensory consequences of voluntary actions modulate readiness potentials, with no effect on lateralized readiness potentials.