Timothy D. Hanks

The paper decodes temporal dynamics in frontostriatal circuits during decision making, identifying two dynamical motifs and a selective reorganization in the frontal orienting field at decision commitment.

The paper uses drift diffusion modeling to study how sensory information influences perceptual judgments during trans-saccadic visual target shifts.

This study investigates how rats adjust the timescale of evidence evaluation in the posterior parietal cortex during auditory change detection tasks, finding transient neuronal responses and gain changes linked to decision urgency.

The paper shows humans can use multiple timescales to evaluate evidence for change points when multiple changes are possible, improving detection accuracy with informative cues.

The paper identifies the anterior dorsal striatum as the first brain region satisfying criteria for evidence accumulation during decision-making in rodents.