Joshua G. A. Cashaback

The paper develops a theory where desirability and cognitive effort govern deliberation, explaining behavioral and neural phenomena across contexts.

The paper shows that involuntary visuomotor feedback responses reflect a partner representation and consider the partner's movement cost during cooperative tasks.

The paper shows that hand movements during tasks reflect ongoing decision deliberation before a decision is made, with urgency signals influencing movement patterns.

This study shows that human fine touch perception correlates with frictional instabilities rather than traditional friction metrics like coefficients or roughness.

This study shows that reinforcement-based processes actively regulate motor exploration along redundant solution manifolds, challenging the idea that such behavior is passive.

The paper identifies neural correlates of reward and sensory error processing during motor learning using EEG, finding the FRN is specific to reward feedback while P300 is modulated by prediction error in both tasks.

This study shows that improving somatosensory function before observing motor learning enhances subsequent motor performance gains from observation.