Meghan Hughes

Papers

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About

Meghan Hughes is a pioneering researcher at the intersection of nanotechnology and synthetic biology, with a primary focus on developing bio-inspired propulsion systems for artificial cells and microrobotics. Her most influential work, "Nanopropulsion by Biocatalytic Self-Assembly" (2014), has garnered 19 citations and represents a significant breakthrough in mimicking biological transportation at the micro- and nanoscales. Hughes’s key contribution lies in demonstrating how biocatalytic self-assembly can generate controlled movement in synthetic systems, drawing inspiration from natural organisms and organelles capable of self-propulsion. This research is foundational for advancing artificial cells and nano/microrobotics, with potential applications in targeted drug delivery and environmental sensing. Her work bridges fundamental principles of biochemistry and materials science, offering a novel pathway to create simple man-made mimics of complex biological transport mechanisms. Hughes’s achievements underscore her role as an innovator in nanoscale engineering, where her insights into self-propulsion continue to inspire new directions in the design of autonomous microsystems.