Programming Matter

A direct parallel can be made between the Modernist separation of form, structure and material and the more recent tripartite division in digital processes of modelling, analysis and fabrication, which has resulted in the predominance of geometric‐driven form‐generation. Today, though, design cultur...

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Veröffentlicht in:	Architectural design 2012-03, Vol.82 (2), p.88-95
1. Verfasser:	Oxman, Neri
Format:	Artikel
Sprache:	eng
Schlagworte:	anisotropy Anthony DeVincenzi and Nicholas Wilkes Polansky Anthony DeVincenzi and Nicholas Wilkes Polansky, Seed Morphologies, Crafted by Nature, MIT Media Lab, Cambridge, Massachusetts Cambridge Cara Liberatore and Marshall Prado computer-aided design (CAD) Crafted by Nature Culture David Lakatos David Lakatos, Cara Liberatore and Marshall Prado, Sponge Morphologies Design engineering Digital digital fabrication processes Division Feather Morphologies Massachusetts Mathew Blackshaw Mathew Blackshaw, Philip R Seaton and Yushiro Okamoto, Feather Morphologies MIT Media Lab MIT's Mediated Matter Research Lab palm tree stems Philip R Seaton and Yushiro Okamoto polymer layers Programming property pools Seed Morphologies Separation six-axis robotic arm Sponge Morphologies Sponges Steven Keating and Timothy Cook Steven Keating and Timothy Cook, Variable‐Density Printing Strategy sycamore seed (Plantanus hybridia) Variable-Density Fabrication Variable-Density Printing
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Beschreibung
Zusammenfassung:	A direct parallel can be made between the Modernist separation of form, structure and material and the more recent tripartite division in digital processes of modelling, analysis and fabrication, which has resulted in the predominance of geometric‐driven form‐generation. Today, though, design culture is experiencing a shift to a new level of material awareness. Inspired by nature's strategies where form‐generation is driven by maximal performance with minimal resources through local material property variation, Neri Oxman investigates a novel design approach to digital fabrication that offers the potential to program physical matter. Copyright © 2012 John Wiley & Sons, Ltd.
ISSN:	0003-8504 1554-2769
DOI:	10.1002/ad.1384