But some designers are toying with another idea—that there’s a different way to build that exploits randomness rather than avoids it. This kind of building will rely on new kinds of granular materials that when tipped into place, bind together in ways that provide structural stability. [...] Sean Keller at the Illinois Institute of Technology in Chicago and Heinrich Jaeger at the University of Chicago explain how this kind of “aleatory architecture” is finally becoming possible. — technologyreview.com
That will have a profound effect on the process of design. “As a result, preplanning is freed from considering the local structural detail,” say Keller and Jaeger. “Instead, the main task now becomes generating the proper particle shapes as well as the overall boundary and processing...
Instead of specially engineering spacecraft components to fit into a rocket, NASA could densely pack materials like fiber and polymer into existing spacecraft and create the components while orbiting the planet. This cuts down on cost and opens up the possibility for larger spacecraft. — gigaom.com
The Self-Assembly Line is a large-scale version of a self-assembly virus capsid, demonstrated as an interactive and performative structure. A discrete set of modules are activated by stochastic rotation from a larger container/structure that forces the interaction between units. By changing the external conditions, the geometry of the unit, the attraction of the units and the number of units supplied, the desired global configuration can be programmed. — http://sjet.us
Skylar Tibbits and Arthur Olson, have presented a large-scale installation, The Self-Assembly Line, at the 2012 TED Conference in Long Beach, CA. The Self-Assembly Line is a large-scale version of a self-assembly virus module, demonstrated as an interactive and performative structure. A...
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