Figures & data
Figure 1. Raymond Aschheim (http://polytopics.com/), Hyperdiamond, 2010. Transparent acrylic, object technology 8″ × 8″ × 8″.
![Figure 1. Raymond Aschheim (http://polytopics.com/), Hyperdiamond, 2010. Transparent acrylic, object technology 8″ × 8″ × 8″.](/cms/asset/d7c804a6-0efd-461b-a400-fac8bbb1bc52/tmaa_a_560796_o_f0001g.gif)
Figure 2. John Hiigli (http://www.johnahiigli.com/), Chrome 163, 2005. Digital print on canvas, approximately 24″ × 24″. See insert for colour version of this figure.
![Figure 2. John Hiigli (http://www.johnahiigli.com/), Chrome 163, 2005. Digital print on canvas, approximately 24″ × 24″. See insert for colour version of this figure.](/cms/asset/2dada352-819f-4dad-ae78-0db9898d2bbd/tmaa_a_560796_o_f0002g.gif)
Figure 3. Henry Segerman (http://www.segerman.org/), Sphere Autologlyph, 2009. PA 2200 plastic, selective-laser-sintered, approximately 4″ × 4″ × 4″.
![Figure 3. Henry Segerman (http://www.segerman.org/), Sphere Autologlyph, 2009. PA 2200 plastic, selective-laser-sintered, approximately 4″ × 4″ × 4″.](/cms/asset/38791939-3088-4752-8deb-fbebd84cdc74/tmaa_a_560796_o_f0003g.gif)
Figure 4. Antal Kelle (http://www.artformer.com/): top (a) Helix Interactive Composition 3D, 2000. Varnished beech wood with moving structure inside, 15.75″ × 15.75″ × 15.75″ and bottom (b) Helix Group. A variety of forms produced by rotating the cone segments of one helix. See insert for colour version of this figure.
![Figure 4. Antal Kelle (http://www.artformer.com/): top (a) Helix Interactive Composition 3D, 2000. Varnished beech wood with moving structure inside, 15.75″ × 15.75″ × 15.75″ and bottom (b) Helix Group. A variety of forms produced by rotating the cone segments of one helix. See insert for colour version of this figure.](/cms/asset/2e7b657e-2afe-4e9f-bec1-6e119d0319ac/tmaa_a_560796_o_f0004g.gif)
Figure 5. Carlo H. Séquin (http://www.cs.berkeley.edu/~sequin/), Knot 5.2, 2009. Yellow ANS plastic (FDM), 5″ × 5″ × 3″. See insert for colour version of this figure.
![Figure 5. Carlo H. Séquin (http://www.cs.berkeley.edu/~sequin/), Knot 5.2, 2009. Yellow ANS plastic (FDM), 5″ × 5″ × 3″. See insert for colour version of this figure.](/cms/asset/4c2c1518-6449-4d8a-8718-e1e959f5b337/tmaa_a_560796_o_f0005g.gif)
Figure 6. Louise Mabbs (http://www.louisemabbs.co.uk/), Trinity/Trefoil Knot, 2007. Cotton fabrics and thread, polyester inner, 12″ × 12″. Photograph © Janine Boyer. See insert for colour version of this figure.
![Figure 6. Louise Mabbs (http://www.louisemabbs.co.uk/), Trinity/Trefoil Knot, 2007. Cotton fabrics and thread, polyester inner, 12″ × 12″. Photograph © Janine Boyer. See insert for colour version of this figure.](/cms/asset/c6210081-5be5-44f7-a0dc-7edbe9313ef2/tmaa_a_560796_o_f0006g.gif)
Figure 7. Elaine Krajenke Ellison (http://www.mathematicalquilts.com/), Tiled Torus, 2009. Fabric quilt, thread painting, 36″ × 36″. See insert for colour version of this figure.
![Figure 7. Elaine Krajenke Ellison (http://www.mathematicalquilts.com/), Tiled Torus, 2009. Fabric quilt, thread painting, 36″ × 36″. See insert for colour version of this figure.](/cms/asset/47b180f6-c3d2-4c4b-bb09-66ba3796ac50/tmaa_a_560796_o_f0007g.gif)
Figure 8. Mike Naylor (http://www.nakedgeometry.com/), Melt Into You, 2010. Digital prints, 4 frames, 12″ × 12″ each.
![Figure 8. Mike Naylor (http://www.nakedgeometry.com/), Melt Into You, 2010. Digital prints, 4 frames, 12″ × 12″ each.](/cms/asset/8c074676-b749-44bb-8a0b-5bb93387a671/tmaa_a_560796_o_f0008g.gif)
Figure 9. Anne Burns (http://www.anneburns.net/), Circles-Five, 2009. An iterated function system with five-fold symmetry. Digital print, 13″ × 19″.
![Figure 9. Anne Burns (http://www.anneburns.net/), Circles-Five, 2009. An iterated function system with five-fold symmetry. Digital print, 13″ × 19″.](/cms/asset/d2e6781d-d91d-4ea6-8974-f78083edd36f/tmaa_a_560796_o_f0009g.gif)
Figure 10. Gary Greenfield (http://www.mathcs.richmond.edu/~ggreenfi/), Robot Drawing # 21091, 2010. Digital print, 5″ × 7″ (unframed).
![Figure 10. Gary Greenfield (http://www.mathcs.richmond.edu/~ggreenfi/), Robot Drawing # 21091, 2010. Digital print, 5″ × 7″ (unframed).](/cms/asset/e7db3a0d-b277-49fe-a223-84fee8a7e8df/tmaa_a_560796_o_f0010g.gif)
Figure 11. Mike Field (http://www.math.uh.edu/~mike/), Butisitart, 2007. Digital print on canvas, 22″ × 22″. See insert for colour version of this figure.
![Figure 11. Mike Field (http://www.math.uh.edu/~mike/), Butisitart, 2007. Digital print on canvas, 22″ × 22″. See insert for colour version of this figure.](/cms/asset/a6ef81db-5be1-4d66-9cba-b3246c28c6fe/tmaa_a_560796_o_f0011g.gif)
Figure 12. Reza Sarhangi (http://pages.towson.edu/gsarhang/), Calm, 2008. Digital print, 16″ × 20″.
![Figure 12. Reza Sarhangi (http://pages.towson.edu/gsarhang/), Calm, 2008. Digital print, 16″ × 20″.](/cms/asset/418d6984-0155-42cc-93de-6b647e1caf9f/tmaa_a_560796_o_f0012g.gif)
Figure 13. James Mai ([email protected]), Circuitous Glow (Yellow on White), 2009. Digital print, 14″ × 14″. See insert for colour version of this figure.
![Figure 13. James Mai (jlmai@ilstu.edu), Circuitous Glow (Yellow on White), 2009. Digital print, 14″ × 14″. See insert for colour version of this figure.](/cms/asset/e4008d7d-29d3-449c-ab02-b63b6b421782/tmaa_a_560796_o_f0013g.gif)
Figure 14. Suman Vaze (http://www.sites.google.com/site/vazeart/), Sacred Cut, 2010. Acrylic on canvas, 24″ × 30″.
![Figure 14. Suman Vaze (http://www.sites.google.com/site/vazeart/), Sacred Cut, 2010. Acrylic on canvas, 24″ × 30″.](/cms/asset/5e2dc587-edf2-4387-9c5d-9c1aa78218f0/tmaa_a_560796_o_f0014g.gif)
Figure 15. Kaz Maslanka (http://www.kazmaslanka.com/), Whispers, 2009. Digital print on paper, 12″ × 12″.
![Figure 15. Kaz Maslanka (http://www.kazmaslanka.com/), Whispers, 2009. Digital print on paper, 12″ × 12″.](/cms/asset/6a21f144-3860-438c-b3bb-9be78414b50e/tmaa_a_560796_o_f0015g.gif)