Nathaniel V. Powell

This study investigates how retinal flow affects walking trajectories in virtual reality, finding that ground-plane motion has a greater impact on path straightening than wall motion.

This study examines gaze and steering behavior in drone racing, finding that gaze is not tightly coupled to steering, and pilots adapt to upcoming obstacles.

The paper uses a computational model of MSTd to decode self-motion parameters from neural signals, showing that spiral and radial cells can estimate curvilinear path direction, gaze direction, and curvature.