Excursions on Volume
New York City Erik Martinez | Shawn Sims
Historically the process of standardization has spawned from the need for new structures of efficiency. The performance requirements of this process create unbiased arteries that are susceptible to forms of exploitation. This entails that at a global logistical scale, the network is blind with regard to the status of the goods; being licit or illicit. As globalization generates new organizational models for distribution, the intelligence of the counterfeit network is understood to be its ability to uncover and anticipate opportunities embedded within these structures of efficiency.
The modern shipping container is analogous with these standardized practices, both physical and protocological, and in an effort to increase globalization, this mechanism generates an opportunity for the insertion of a hack. Perhaps with an excursion into understanding the ability for weight and volume to be an operable energy, the container field of a port becomes an untapped resource able to generate new land.
Currently the dredged materials form the Hudson River are carried out into the ocean and dumped because of their toxic attributes. However the toxicity levels are dropping and for the first time since an industrialized New York, the sediment collected from dredging operations has the potential to remain in the city and be utilized in this land forming process.
The use of weight as a latent energy, and of dregde as a material are combined to reconsider the arrival of infrastructure to a once industrialized Hudson river. The fluctuating weight of container traffic is utilized to rigidify dregde to create a pixelated landscape which emerges from the existing water level. The commercial materials utilized within this infrastructure provide an emerging architecture with the products necessary to begin a series of retail and market spaces. A porous pixelated landscape rigidified by a membrane is stretched vertically to enclose space and change continuously as the market fluctuates in size.