David Thura

The paper shows that slowing decision-making in monkeys through internal perturbation reorganizes decision-movement coordination, revealing adaptive flexibility in behavioral control.

This study evaluates how environmental modifications and enrichment programs affect the behavior and welfare of rhesus macaques in laboratory settings.

This study trains monkeys to forage by reaching, showing their decision-action coordination optimizes reward rate.

The paper shows that humans adjust perceptual decision times based on movement difficulty and motor cost, with greater impact on difficult decisions.

The paper investigates how energy resources are shared between decision-making and motor actions during a perceptual decision task with increasing motor difficulty.

The paper shows that hasty decisions involve broad motor activity amplification and local suppression, improving signal-to-noise ratio in the chosen motor representation.

This study examines how decision and action outcomes influence subsequent decision and action behaviors in humans, finding that they are coordinated rather than independent.

This study investigates how movement time and energy costs influence perceptual decision-making and action initiation in humans, finding mixed effects on reaction times and decision durations.

The paper investigates neural dynamics during decision-making in monkey brain regions, finding distinct but unified patterns across cortical and basal ganglia areas.

This study shows that movement difficulty affects decision speed and accuracy, contradicting the idea that decision and movement vigor are controlled by a single shared signal.

This study disrupts M1 activity using cTBS and finds it delays motor processes but not deliberation in action choices.