Moria E. Fisher

University of Illinois Chicago, Shirley Ryan AbilityLab

Papers

Total Citations

H-Index

About

Moria E. Fisher is a leading researcher in human motor control and rehabilitation robotics, with a focus on how error feedback shapes motor learning and adaptation. Her work bridges computational modeling and practical training interventions, exploring how haptic and visual error augmentation can accelerate skill acquisition in domains ranging from stroke rehabilitation to sports and piloting. In her highly cited 2015 paper, “Haptic error fields for robotic training” (17 citations), Fisher demonstrated that amplifying errors during robotic training can enhance motor adaptation more effectively than repetitive practice alone—a finding with profound implications for neurorehabilitation. Her 2014 study, “Distributions in the error space” (11 citations), advanced the field by moving beyond single-metric performance measures, instead characterizing how errors evolve in both time and state-space representations. This nuanced approach revealed hidden dynamics in goal-directed movements, offering richer insights for designing adaptive training protocols. Fisher’s contributions have been recognized for their potential to transform personalized rehabilitation strategies, and her work continues to influence researchers developing next-generation robotic trainers that leverage error-driven learning.