Vera D. Tretyakova

This study investigates neural adaptation to expected uncertainty in ASD and NT adults, finding reduced neural activation scaling and belief precision in ASD despite similar decision-making performance.

This study investigates how the brain bridges the temporal gap between auditory input and movement preparation during word-action association learning, finding stronger neural reactivation aligned with movement onset.

The paper examines how disadvantageous choices in a reward task affect beta oscillations in the frontal cortex, showing greater suppression and late synchronization after losses.

This study investigates how beta oscillations in the brain change during learning, finding that beta power shifts from suppression to increase as learning progresses and task performance improves.