Chaolin Ma

Arizona State University, Wenzhou University

Papers

Total Citations

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About

Chaolin Ma is at the forefront of neural engineering and soft robotics, with a research focus that bridges brain-machine interfaces and advanced tactile sensing for rehabilitation and human-robot interaction. His seminal 2008 work on engineering neural interfaces for lower limb rehabilitation in spinal cord injured patients demonstrated direct cortical control of neuroprosthetics, laying groundwork for restoring motor function in severe neurological conditions. This foundational paper has garnered 21 citations, reflecting its lasting influence on neural rehabilitation. More recently, Ma has pioneered stretchable electronic skins and soft tactile sensors, including a 2024 large-area, less-wires robot e-skin and an oxidation-reduction graphene–polyurethane conductive sponge for robotic fingers. These innovations address critical challenges in stable robot grasping and conformable sensing for service and care industries. By merging neural interface principles with soft materials, Ma’s work enables more natural, adaptive prosthetics and robots. His achievements highlight a trajectory from foundational neural control to cutting-edge tactile systems, positioning him as a key contributor to next-generation rehabilitation and intelligent robotics.