Jacqueline A. Overton

The paper uses dynamic systems modeling to identify distinct neural subspaces during risky decision-making, showing convergence to choice-specific subspaces as decisions approach.

The paper shows that low-frequency oscillatory coherence in the orbitofrontal cortex correlates with risk preferences and that targeted stimulation reduces risk-taking behavior.

This study examines how deep brain stimulation affects interoceptive processing in treatment-resistant depression patients using EEG and HEP measurements.

This study uses intracranial recordings to show that risky choices are represented in distributed prefrontal and subcortical regions, while reward computations are more modular and localized.