Emily K. DiMarco

This study shows that expected reward value and reward prediction errors affect human performance in judging 1000ms time intervals but not longer intervals.

The paper compares three methods for analyzing spontaneous dopamine signals and finds that z-scoring is unreliable, while manual and prominence methods are more accurate.

This study investigates how rapid dopamine changes in the striatum affect temporal learning in humans during interval timing tasks with and without monetary reinforcement.

The paper shows that extracellular dopamine in human striatum encodes both reward and punishment prediction errors through separate pathways during a learning task.

The paper quantifies how time perception varies with motor and non-motor symptoms in Parkinson's disease, linking these differences to dopaminergic mechanisms.