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About

Elizabeth T. Wilson is a leading researcher in human sensorimotor neuroscience, whose work has fundamentally reshaped our understanding of how the brain integrates sensory feedback—particularly proprioception—to guide movement and learning. Her research spans three core areas: the spatial organization of proprioception, the bidirectional relationship between motor learning and sensory acuity, and the neural mechanisms underlying observational motor learning. In her landmark 2010 paper, *“Mapping Proprioception across a 2D Horizontal Workspace”* (111 citations), Wilson developed a novel method to quantify how the brain’s sense of limb position varies across the arm’s workspace, revealing that proprioceptive precision is not uniform but spatially tuned. She further demonstrated that motor learning can *enhance* proprioceptive acuity in a spatially selective manner (84 citations), challenging the traditional view that sensory function merely serves motor output. Wilson also pioneered work showing that observing another person’s movements activates the primary motor cortex (73 citations), and that learning a motor force field can alter visual processing of motion (49 citations). Her innovative use of robotic manipulanda and transcranial magnetic stimulation has provided powerful tools for probing the brain’s sensory-motor dialogue. With over 380 total citations, Wilson’s research has profound implications for rehabilitation robotics, prosthetic design, and our fundamental understanding of how we sense and control our bodies.