Bryan C. Daniels

The paper investigates how ant foraging dynamics exhibit bistability and how tuning regimes affect collective behavior transitions.

The paper examines how behavioral information in neural activity is both localized and distributed across different scales using data from nematodes and macaques.

The paper develops a statistical method to identify bistability near developmental transitions from gene expression data and applies it to honey bees.

This study infers an interpretable model of C. elegans escape behavior using dynamical inference from experimental data, making accurate predictions about the behavior's dynamics.