Jason P. Gallivan
Papers
3
Total Citations
51
H-Index
3
About
Jason P. Gallivan is a leading researcher in the fields of motor control, sensorimotor neuroscience, and human performance. His work explores how the brain plans, executes, and optimizes reaching and grasping movements, particularly under uncertainty and in complex environments. A major contribution is his demonstration that when people must reach toward competing targets, they initially move in an averaged direction—evidence that the brain uses motor optimization strategies rather than simply averaging plans (32 citations). Gallivan has also shown that separate motor memories are formed for different locations on a tool, challenging the assumption that memories are tied to whole objects (12 citations). More recently, his research has revealed that visual search for reachable targets is influenced by the movement costs imposed by obstacles, bridging action and perception (7 citations). His work has significant implications for rehabilitation robotics, human-machine interaction, and understanding everyday skilled behavior. Gallivan’s findings continue to shape how scientists think about the neural basis of action planning and the integration of cognition with movement.
Research Focus
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Top Papers
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