Matthew B. Johnson

Papers

Total Citations

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About

Matthew B. Johnson is a leading researcher in advanced materials for tactile sensing and flexible electronics, with a focus on polymer-ceramic composites for robotic applications. His most-cited work, "Robust polymer-HfO₂ thin film laminar composites for tactile sensing applications" (2018, 11 citations), introduces a novel method for fabricating high-resolution, durable tactile sensors using hafnium oxide (HfO₂) laminates. This contribution addresses critical challenges in robotic end-effectors operating in harsh environments—such as heavy industry, construction, and space exploration—by enhancing sensor robustness and sensitivity. Johnson’s research bridges materials science and robotics, enabling practical, flexible sensors that withstand variable environmental conditions. His work has garnered attention for its potential to improve dexterity and reliability in autonomous systems. Beyond this key paper, Johnson’s broader portfolio explores thin-film composites and their integration into wearable and robotic technologies, positioning him as an innovator in tactile sensing. His achievements highlight a commitment to translating fundamental materials research into real-world engineering solutions, making him a valuable resource for students and researchers interested in smart materials, sensor design, and next-generation robotics.