David Seelinger

Papers

Total Citations

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About

David Seelinger is a materials scientist whose research focuses on bioinspired responsive materials, particularly humidity-driven actuators derived from natural sources. His most cited work, "Pinecone-Inspired Humidity-Responsive Paper Actuators with Bilayer Structure" (2024, 10 citations), draws directly from the pinecone’s ability to open its scales at low humidity, translating this biological mechanism into a simple, paper-based bilayer system. This contribution demonstrates a novel, sustainable approach to creating soft actuators that respond to environmental moisture without external power—a key step toward eco-friendly sensors, smart packaging, and adaptive textiles. By mimicking the passive, reliable shape-change of plant structures, Seelinger’s research bridges biomimicry and green materials engineering. His work has already garnered attention for its elegance and practical potential, offering a low-cost, scalable platform for humidity-responsive devices. For students and researchers, Seelinger exemplifies how observing nature’s time-tested solutions can inspire innovative, sustainable technologies.