William H. Barnett

This study uses a piecewise linear recurrent neural network to identify generalizable latent dynamics in neural activity during decision-making in rodents, showing faster rotational dynamics for impulsive choices.

This study uses computational models to explore KF activity dynamics and their role in normal breathing and Rett syndrome-like respiratory patterns.

This paper develops a computational model of cortico-striatal circuits to study how adaptive and habitual behaviors are controlled, showing that DMS and DLS subregions mediate different learning processes and that impaired executive control enhances inflexible behavior.

The paper investigates how heartbeats influence breathing through baroreceptor-mediated modulation of expiratory activity in both humans and rodent models.