Margaret Page

Papers

Total Citations

314

H-Index

About

Margaret Page is a leading researcher at the intersection of materials science and bioelectronics, pioneering sustainable, high-performance devices for healthcare and soft robotics. Her work centers on laser-induced graphene (LIG) and paper-based wearable electronics, where she has made transformative contributions. Page’s landmark 2021 paper on LIG for bioelectronics and soft actuators (113 citations) introduced a facile, mask-free, and scalable method to pattern porous graphene on diverse substrates like polymers and textiles, enabling customizable, low-cost bioelectronic interfaces. Her equally influential 2021 study on paper-based wearables (109 citations) tackled the critical challenge of e-waste by developing biodegradable, skin-interfaced sensors from paper, dramatically lowering fabrication costs and environmental impact. In 2022, her bioinspired elastomer composites (92 citations) achieved programmable mechanical and electrical anisotropies, mimicking soft biological tissues to advance artificial muscles and soft robotics. With over 300 citations across her top works, Page’s innovations are driving the shift toward eco-friendly, accessible electronics. Her notable achievements include bridging fundamental materials design with real-world applications in human-machine interfaces and healthcare monitoring, making her a key figure in sustainable wearable technology.