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Explore the fascinating intersection of mathematics and ancient textile technology in this conference talk that reveals how knitting represents a sophisticated solution to complex computational materials challenges. Discover how the simple act of pulling yarn loops through other loops creates intricate topological structures that have profound impacts on fabric geometry and elasticity. Learn about the mathematical formalization of knitted textiles through a construction called "the swatch" and understand how all two-periodic weft knits form ribbon links, connecting prehistoric crafting techniques to modern additive manufacturing principles. Examine how stitch patterns control both local and global textile geometry while encoding mechanical properties directly into the material structure, making knitting a unique form of programmable matter where yarn properties and stitch microstructure directly influence the final geometric and mechanical outcomes of fabrics.
