BioMolecular Self-Assembly

Skylar Tibbits, Arthur Olson & Autodesk inc.

The BioMolecular Self-Assembly project, completed for the TED Global Conference in 2012, is a project done in collaboration with molecular biologist Arthur Olson at the Scripps Research Institute and Autodesk. This project demonstrates molecular self-assembly through tangible and physical models. The geometry and material components are based on various molecular structures including the tobacco plant virus, a ferritin protein assembly and catechol dioxygenase enzyme. Each beaker contains a single molecular structure colored either white, red or black, which could be shaken hard enough to break the structure apart, or consistently, yet randomly, to allow for the self-assembly of a complete and precise geometry.

1 2 3 4 5 6 7

Previous Next

All Growing Islands 4D Knit Dress 3D Knit BioSuit™ Haptiknit Liquid Metal Printing Personalized Knit Masks Climate-Active Textiles Active Textile Tailoring Active Patterned Scarves Liquid to Air: Pneumatic Objects Liquid Printed Pneumatics Liquid Printed Products Rapid Liquid Printing Liquid Printed Natives Active Shoes Liquid Printed Textile Shoes Active Textile Jamming Bodies Slip-Form Rock Jamming Modular and Morphable Jamming Rock Printing Programmable Materials Transformable Meeting Spaces Transformable Screen Wall Active Auxetics Programmable Table 4D Printing Fluid Crystallization Self-Replicating Spheres Fluid Lattices Aerial Assembly Fluid-Assembly Chair Self-Assembly Cell Phone Hyperform Self-folding Proteins Autonomous Mass Assembly BioMolecular Self-Assembly Self-Assembly Line DNA Printing C-Strands Macrobot & Decibot Logic Matter

Growing Islands 4D Knit Dress 3D Knit BioSuit™ Haptiknit Liquid Metal Printing Personalized Knit Masks Climate-Active Textiles Active Textile Tailoring Active Patterned Scarves Liquid to Air: Pneumatic Objects Liquid Printed Pneumatics Liquid Printed Products Rapid Liquid Printing Liquid Printed Natives Active Shoes Liquid Printed Textile Shoes Active Textile Jamming Bodies Slip-Form Rock Jamming Modular and Morphable Jamming Rock Printing Programmable Materials Transformable Meeting Spaces Transformable Screen Wall Active Auxetics Programmable Table 4D Printing Fluid Crystallization Self-Replicating Spheres Fluid Lattices Aerial Assembly Fluid-Assembly Chair Self-Assembly Cell Phone Hyperform Self-folding Proteins Autonomous Mass Assembly BioMolecular Self-Assembly Self-Assembly Line DNA Printing C-Strands Macrobot & Decibot Logic Matter