Matthew Warburton

The paper investigates strategic behavior in sensorimotor adaptation tasks and finds that participants often experience an 'Aha!' moment leading to an abrupt shift in strategy.

This study quantifies how age, sex/gender, and experience affect motor control using a large dataset of reaching tasks.

The paper investigates visuomotor memory by testing transfer across contexts with opposing visual motion, finding that motor memory is tied to planned hand displacement rather than visual feedback.

The paper demonstrates that hysteresis in human sensorimotor decision-making emerges from a dynamic system learning from action consequences, supported by experiments and a computational model.

The paper investigates whether first-person shooter (FPS) games can serve as a valid tool for studying sensorimotor control by comparing kinematic metrics across different visual feedback conditions.

This paper measures motion-to-photon latency in VR systems using a high-speed camera technique, revealing latency reductions due to motion prediction algorithms.

The paper introduces a framework for creating VR experiments in Unity to study human behavior, demonstrating its ability to simplify experiment development and data collection.