Morgan Funderburk

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About

Morgan Funderburk is a researcher whose work sits at the intersection of soft robotics and advanced materials, with a particular focus on novel actuation mechanisms. Their most notable contribution, "Actuation of soft materials through ultrasonic atomization" (2018), introduces a pioneering method for driving soft robotic systems using high-frequency sound waves to generate fine liquid droplets. This approach offers a promising alternative to traditional pneumatic or cable-driven systems, enabling safer, more compliant, and more adaptable robots for unpredictable environments. While the paper has garnered 2 citations to date, its conceptual novelty—bridging ultrasonic physics with soft material deformation—positions it as a foundational piece for future work in contactless, fluid-based actuation. Funderburk’s research addresses a core challenge in soft robotics: achieving precise, efficient movement without rigid components. By exploring ultrasonic atomization as a control mechanism, they open new pathways for applications in medical devices, search-and-rescue, and human-robot interaction. Their work reflects a commitment to expanding the toolkit of soft robotics, making it more versatile and accessible for real-world deployment.