Adam Zaidel

The paper investigates how prediction errors from different sensorimotor domains are integrated in the sense of agency using computational models.

This study analyzes 59 macaque studies to assess factors influencing choice probability, finding consistent patterns across tasks and regions with exceptions in bistable percepts and area V1.

This study tests if synthetic auditory cues can improve self-motion perception when combined with vestibular cues, finding improved thresholds but suboptimal integration due to underweighting of synthetic cues.

This study investigates the Sense of Reality through virtual reality simulations, finding that it varies with hallucination magnitude and is linked to physiological responses and a computational model comparing sensory input to an internal world model.

This study shows rats use airflow cues more than optic flow for self-motion perception, integrating inertial and relative cues in a reliability-based manner.

The paper investigates neuronal recalibration in multisensory cortical areas during visual-vestibular conflict, finding differential recalibration patterns across MSTd, PIVC, and VIP.

This study investigates cross-sensory adaptation of self-motion perception using short-duration visual and vestibular stimuli, finding that adaptation occurs even when individual stimuli are too brief to induce it alone.

This study investigates perceptual decision biases in autism, finding increased influence of prior choices and no difference in prior stimulus influence across two tasks.

The paper investigates how perceptual decisions are influenced by prior choices, showing that serial dependence occurs when prior and subsequent decisions are relevant, but not when they are irrelevant.

This study finds that Parkinson's disease patients are overconfident in their visual perception despite normal visual motion discrimination abilities.

This study investigates self-motion perception in Parkinson's disease, finding impaired visual perception and over-weighting of visual cues during integration.