Mitchell Maw

University of North Carolina at Chapel Hill

Papers

Total Citations

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About

Mitchell Maw is a rising leader in the design of advanced soft materials, with a focus on polymer gels and magnetoactive elastomers for biomedical and robotic applications. His 2022 work on mechanically diverse gels with equal solvent content—cited 21 times—addresses a critical challenge in wet environments: preventing volume fluctuations and shape distortions in multigel systems used in tissue engineering scaffolds and soft robots. By achieving mechanical diversity without altering solvent content, Maw’s approach enables more reliable, coordinated functions in integrated devices. In 2023, he introduced a novel class of magnetoactive thermoplastic elastomers (MATEs) featuring bottlebrush graft copolymers and carbonyl iron microparticles. This work, garnering 8 citations, demonstrates how a magnetic field can switch and program mechanical properties, yielding tissue-mimetic softness and strain-stiffening in a solvent-free matrix. Maw’s contributions are notable for bridging fundamental polymer physics with practical device needs, offering programmable, responsive materials that could transform adaptive prosthetics and soft robotics. His innovative use of bottlebrush architectures and magnetic fields marks him as a key figure in the next generation of smart, mechanically tunable materials.