Artists

Shiying Dong

Artist

Connecticut, USA

shiyingdong@gmail.com

View exhibition history

Statement

I grow mapping cylinders with yarn by seamlessly crocheting along ribbon graphs made from foundation chains. Choosing the foundation chain graph is the most creative part of a project for me. When the final piece slowly grows and reveals its form with a little of my help, it feels like magic. Each piece is also a puzzle: the observers are invited to think about how they would make such a surface and why the surface is the one I claim.

Artworks

Image for entry 'Triads in Five'

Triads in Five

33.0 x 33.0 x 33.0 cm

wool, nylon, copper

2026

Additional info

This is my first attempt at building a foundation chain from the stellation of an icosahedron. The chain is based on the five intersecting tetrahedra, in particular the carved-out version originally designed by George Hart for solid-sheet materials. In that design, the tetrahedra lock together along carefully calculated grooves in their arms. To convert it into crochet, I replaced the locking mechanisms with saddle points using a saddle method I developed. The piece reveals familiar ingredients of the icosahedron: six interlocking planar rings, and a boundary link of 15 curved digons arranged as five sets of Borromean rings. This continues my exploration of curved polylinks with chiral icosahedral symmetry.
Image for entry 'Dihedral Rainbow'

Dihedral Rainbow

15.0 x 50.0 x 45.0 cm

wool, nylon, copper

2026

In my topological crochet journey, I have always been drawn to dihedral symmetry and low-genus surfaces. In this set, I collected seven such surfaces, all with D_3 symmetry. Starting at the lower right and moving counterclockwise, they are: a 3-punctured torus, a double torus, a 3-punctured flattened Boy’s surface, a 3-punctured Klein bottle, a punctured Dyck’s surface, and a saddle trefoil—a punctured non-orientable surface of genus 4. In the center is a punctured non-orientable surface of genus 5. Making and playing with these surfaces is enjoyable. They also make ideal candidates for workshops.