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John F. Soechting is a pioneering researcher in the field of haptic perception, focusing on how the human sensorimotor system interprets shape, length, and orientation through touch and movement. His work bridges kinesthetic and tactile information, exploring how the brain synthesizes spatial cues during active exploration. Soechting’s most cited paper, "Bias and sensitivity in the haptic perception of geometry" (2003, 83 citations), reveals systematic distortions in how we perceive geometric properties, such as the radial-tangential illusion. His influential review, "Approaches to the Study of Haptic Sensing" (2005, 43 citations), introduced a novel robotic manipulandum method to study proximal arm movements in shape perception. In "Haptic Synthesis of Shapes and Sequences" (2004, 37 citations), he demonstrated how subjects remember and reproduce multisided shapes from motion cues alone. Soechting’s contributions extend to multimodal perception, as seen in "Does temporal asynchrony affect multimodal curvature detection?" (2010). With over 200 combined citations across his key works, his research has profoundly impacted haptic technology, robotics, and our understanding of sensory integration, making him a foundational figure in the study of touch-based spatial cognition.