Gary A. Kane

This paper introduces a drift diffusion model with hidden Markov states to analyze time-dependent decision-making in rats, revealing daily fluctuations in performance linked to circadian rhythms.

This study shows that locus coeruleus norepinephrine increases decision thresholds, reaction time, and accuracy, and that this effect is mediated by 2 adrenergic receptors.

This paper develops a cross-species evidence accumulation task to compare perceptual decision-making in humans, rats, and mice, finding similar strategies but species-specific priorities in speed, accuracy, and reward optimization.

This study uses a dynamical systems approach to show that initial neural states in PMd predict decision-related dynamics and behavior in a reaction time task.

This study shows that rat anterior cingulate cortex activity reflects dynamic encoding of decision variables in a patch foraging task, but these signals are not directly involved in decision-making.

This paper introduces a real-time, low-latency pose estimation tool with feedback capabilities for behavioral neuroscience experiments.