1. 02-radiolaria-brooch-steel-blackbg.jpg

  2. 01-radiolaria-by-nervous-system.jpg

  3. 05-silver-laplacian-ring.jpg

  4. 06-silver-laplacian-ring.jpg

  5. 10-laplacian-growth-8.png

  6. 09-laplacian-growth-15.jpg

  7. 18-cave.png

  8. 17-farm.png

  9. 16-laplacian-growth-1.jpg

  10. 7373704380-b1ec19a869-o.jpg

  11. radial-Laplacian-Growth3.jpg

  12. radial-Laplacian-Growth2.jpg

  13. radial-Laplacian-Growth.jpg

  14. 7373680568-2da196a32f-b.jpg

  15. Laplacian Growth 1 and 2

    This piece is an instance of growth using a model of 3D isotropic dendritic solidification. The form is grown in a simulation base…

  16. florescence crispata 1

    nylon 3D printed by Selective Laser SinteringThis form was grown differentially from the edge of a hemisphere.

  17. florescence ornata 2

    31 x 21 x 36 cm nylon 3D printed by Selective Laser Sintering This flower-like form resulted from the growth of a cone grown diff…

  18. florescence elysia 1

    25 x 12 x 25 cmfull color 3D printed plaster This is half of a form that grew from a sphere with six holes where growth was promo…

  19. florescence elysia 1

    25 x 12 x 25 cmfull color 3D printed plaster This is half of a form that grew from a sphere with six holes where growth was promo…

  20. florescence elysia 1

    25 x 12 x 25 cmfull color 3D printed plaster This is half of a form that grew from a sphere with six holes where growth was promo…

  21. florescence elysia 1

    25 x 12 x 25 cmfull color 3D printed plaster This is half of a form that grew from a sphere with six holes where growth was promo…